Fermilab tm list

Fermilab Documents List

Fermilab tm list

Last modified at 14:15:10 updated on 02/17/04.

1968

problems in attempting to measure d (sigma) / dt (gamma p ---> gamma p) compton scattering;
storage ring study;
storage ring study paper #2;
a booster monitor and control system;
meeting of summer study group on charged particle beams;
a proposal for the use of the 10-bev booster accelerator as a source of low-energy k+- mesons;
a proposal to use synchrotron magnets in secondary beams;
elastic hadron scattering at high-energies;
interim report by summer study group on charged particle beams;
100-gev/c rf separated beam: 1968 modification;
comments on the bubble chamber spark chamber detector proposed by t. fields et al.;
a proposal for a unilateral target station number 1;
some notes on the detection of neutrals in a large bubble chamber;
proposed modification to combined bubble chamber plus spark chamber system;
comments on hybrid spectrometer system;
high intensity pi beams;
power supplies for magnets at nal;
w s at the 200-gev accelerator;
influence of detector spatial resolution in the scaling of nal experiments;
spark chamber experiment on pi- p ---> n* rho0;
an experiment to look at backward peaks in pi- p scattering;
second harmonic component in booster magnet current;
dimensional study of intersecting storage rings;
electric field required for deneutralizing the stacked beam in the nal storage rings;
a few thoughts about high-energy detectors;
beam dump experiment: dimuons and neutrinos;
rf considerations for 100-gev intersecting storage rings;
facilities for small experiments;
polarized targets at nal;
space charge limit for a neutralized beam;
comments on substituting a streamer chamber for the bubble chamber in the hybrid bubble chamber spark chamber detector proposed b;
background in the 25-ft chamber when used for neutrino physics;
bunching the beam in the storage rings;
further comments on the influence of detector spatial resolution on spectrometer scaling;
report of group a large hydrogen bubble chamber study;
strong interactions in the 25-ft bubble chamber;
experiments on proton proton interactions;
comments on low momentum high intensity beams at nal;
notes on a booster control system;
beam and spark chamber detector for search for w's produced by neutrinos;
form-factor experiments;
lepton conservation tests at high momentum transfer using the neutrino shield;
conventional bending magnets for storage ring;
neutrino beams at nal;
separated sigma- beams for bubble chambers;
remarks on doing strong interaction physics involving multiparticle final states in the 100-gev region;
a spectrometer for measuring inelastic secondaries from 200-gev/c, p p collisions;
tagging counters for electrons in the 100-gev range;
neutrino physics and the 25-ft bubble chamber;
search for longlived heavy particles;
study of the four fermion weak interaction and exotic beta decays using neutrino scattering on high z materials;
modulated proton beam for an rf separated beam;
booster rf system response to guide field 2nd harmonic;
fodo lattice for storage rings;
progress report on group b. 4, neutral beams;
experimental building costs;
initial program capacity at nal;
problems in design of epb (memo to a.l. read);
a simple formula for the distribution of energetic secondary baryons from proton initiated collisions;
vacuum and shielding requirements for 100-gev proton storage rings;
inelastic muon proton experiments at nal;
plans for experimental areas at the nal 200-gev - 400-gev accelerator;
analysis of bubble chamber events containing neutral pions;
hyperon beams at a 200-gev accelerator;
choice of radius for nal storage ring;
muon tridents at nal;
design of an experiment to measure sigma-t (gamma p ---> hadrons) at very high-energies;
nuclear and coulomb scattering in storage ring;
electron and photon beams at nal;
decision on booster tunnel penetrations to the rf cavities;
comments on 'the electromagnetic form-factor of the charged pion' by j.a. poirier;
very high-energy cosmic ray experiments;
some new developments and proposals in high-energy detectors;
conventional bending magnets for storage ring (ii);
consideration of an internal target facility;
field shape tolerances for nal superconducting beam transport elements;
hyperon beams at the 200-gev weston accelerator and possible experiments with these beams;
nal accelerator control system design philosophy;
rf system control computer plans;
rf control computer configuration;
dc field measurements on no. 2 model magnet;
notes on the central control computer facility;
empirical formulas for ion pumping: information obtained from nuclear physics institute, novosibirsk;
proton proton elastic scattering with 2 x 100-gev colliding beams;
initial magnetic measurements for the booster magnet;
booster reference design, part 1;
summary of ideas for a superconducting storage ring;
some remarks concerning the achievement of pressures in the low 10**-9-torr range, or better, in the nal storage ring;
a storage ring interaction station for measuring proton proton elastic scattering in the vertical plane;
miscellaneous comments and observations on nal 100-gev x 100-gev colliding beam storage ring;
metering techniques for electronic maintenance of main ring rf station;
design considerations for particle accelerator control systems;
coaxial transmission line for the nal 200-mev linac;
design features of the 200-gev accelerator;
radiation levels in the booster enclosure;
trip report: visit to solar division, international harvester company, san diego, calif., november 14-15, 1968;
a cost estimate for the nal 100-gev intersecting storage rings using superconducting magnets: a comparison between 50-kg and 60-kg M;
200-gev storage ring parameters;
an evaluation of the 12-meter streamer chamber;
an approach to establishing the characteristics of a flexible modular large scale detection system for the study of complex high p = 7;
a hybrid detector system for 100-gev strong interactions;
k0(l) secondary beam characteristics;
superconducting beam transport magnets at the 200-gev accelerator;
remarks on experiments at nal;
subgroup b. 5 charged particles beams;
general ideas about beam design for nal;
the electromagnetic form-factor of the charged pion (muon, kaon, electron);
further studies on a combined bubble spark chamber high accuracy detector system for multiparticle final states at 100-gev/c;
threshold cherenkov counters in secondary beams at nal;
spark chamber experiments: pi+ p ---> k0 lambda0 at 100-gev;
secondary particle yields at 200-gev;
relkin:: a relativistic kinematics program;
the use of a high-energy k0(l) beam to study k0(l) p ---> p k0(s) regeneration to check the pomeranchuk theorem;
some speculative mu experiments;
a muon beam at nal;
neutrino physics;
note on kadyk's separated beam;
some considerations on the design of a minimal nal target station, based on experience at slac;
electromagnetic physics at nal;
progress report on muon and electron beam for nal;
proposal for 12-meter streamer chamber;
seminar;
remarks on pi- p backward scattering experiments;
low cost high quality neutrino beam;
the neutrino facility at nal;
search for intermediate bosons using muons;
tests of universality with neutrinos;
flux calculation for the so called 'high quality low cost beam';
tagged high-energy anti-neutron, hyperon and anti-hyperon beams at nal;
comment on d-1-68-52, 'initial program capacity at nal,' by j. sanford;
neutrino beams and shielding;
very high intensity pi beams;
thin target stations with earth shielding and steering magnets;
comments on hybrid visual magnetic spectrometers;
on the use of a hybrid bubble chamber in the 100-gev region;
targeting for neutral beams;
target stations with high beam multiplicity;
calculated beam properties for the nal 750-kev transport system;
phase measurements on the zgs 50-mev linac;
computer design of the main ring bending magnets;
fake studies of some strong and weak interactions in the 12-ft and 25-ft bubble chambers; fake studies of some strong and weak interactions in the 12-ft and 25-ft bubble chambers; fake studies of some strong and weak interactions in the 12-ft and 25-ft bubble chambers;
an electron photon facility for the national accelerator laboratory;
prospects for superconducting accelerators;
1969
effect of supermagnets on experimental area layout;
improved lattice parameters for the 100-gev storage rings;
parameters of a large bubble chamber;
remanent exposure dose rate from the booster and main ring magnets;
main ring correcting magnets;
a cosmic ray experiment at nal; a cosmic ray experiment at nal; a cosmic ray experiment at nal;
main ring beam sensing;
notes on the linac system timing problem;
notes on procurement;
organization of the control system design;
notes on the component identification problem;
determination of booster magnet sextupole strength;
outline of main ring controls;
notes on the central control system;
booster nomenclature;
the effect of a high beta insertion on resonant extraction;
the availability of high power semiconductors from mitsubishi electric corp.;
field measurement off the midplane;
review of the main ring apertures;
booster magnet tolerances;
chemical composition of some common shielding materials;
magnetic material sample catalog edition 15 and 16; magnetic material sample catalog edition 15 and 16; magnetic material sample catalog edition 15 and 16;
control of the main ring magnet power supplies;
iron evaluation tests for main ring magnet;
sextupole comparison of bending magnet steels;
expansion of magnetostatic potential on median plane;
phi production with pi mesons;
conceptual design of the experimental areas;
effect of lowering booster energy on longitudinal phase space blowup;
measurement and calculation of eddy current effects in the b2 magnet;
nal cascode rf power amplifier design description;
nonlinear transformations in action angle variables;
magnetic measurements on the model main ring quadrupole;
nal research facilities design concepts;
bending and focusing structure for a curved external proton beamline;
the effect of radiation on electrical insulating materials;
analysis of pi - pi scattering in pi p ---> pi - pi pi p interactions;
some controls on the remanent exposure rate in accelerator enclosures;
lateral shielding of 0.2-gev, 8-gev and 200-gev proton beams inside accelerator enclosures;
particle yield curves protons on h, be, al, cu, and pb;
some aspects of the main ring scraper problem;
integrator for the magnetic field measurement;
a proposal on a new type bending magnet for use in nal experimental areas;
shielding materials: compressed and shredded automobiles etc.;
beam tracing program for time sharing terminals;
design of main ring bending magnets for improved high field performance;
some highlights in elementary particle physics in 1969;
particle production in spectra for neutrino beam design neutrino task force report no. 1;
recent experience at bnl with the mk-i double vee magnetic spectrometer and future plans and recommendations for nal;
1970
comments on beams for target station no. 2;
some considerations on a high intensity, high-energy, negative beam at nal;
correction of main ring quadrupole positions using closed orbit information;
transmission line mode damping in the booster magnet supply;
an analysis of rf deflectors;
some notes on the use of disk cherenkov counters for beam surveys at nal;
preliminary design for passive muon backstop for area ii; preliminary design for passive muon backstop for area ii; preliminary design for passive muon backstop for area ii;
survey of personnel exposures at some large physics laboratories;
muon groundshine; muon groundshine;
coefficients of power series expansion of magnetic length from measurements of gradient length;
radiation safety procedures at the 200-mev linac;
radioactivation of the nal linac by proton beam losses: design criteria for a beam loss monitoring system;
superconducting 20-kg dipole magnet;
some radiation safety data: personnel radiation doses; some radiation safety data: personnel radiation doses;
some radiation safety considerations for experimental areas;
guidance for shielding design: maximum exposure rates; guidance for shielding design: maximum exposure rates; guidance for shielding design: maximum exposure rates;
unconventional wire chamber winding machines at nal;
properties of the neutrino beams at a 400-gev accelerator;
targets for the neutrino beam: concepts;
quadrupole long spill neutrino beams;
a comparison of neutrino fluxes expected at the high-energy accelerators in 1973;
preliminary designs and design considerations for charged, unseparated beams at nal;
ferrite damping for the main accelerator cavities. 1.;
radiation detector system for the main ring;
short term radioactivation of linac components by 66-mev protons;
vacuum characteristics of some epoxy resins for magnet and coil impregnation;
muon de/dx and range tables: preliminary results for shielding materials;
capacitor banks for booster resonant power;
a system for radiation monitoring of occupational areas;
automatic magnetic measurement facility for synchrotron magnets;
design criteria for a high-energy, high resolution focusing spectrometer;
completion of protomain milestone;
accelerator nomenclature;
linac shielding: expected beam losses, design criteria, tolerable beam losses;
the program 'profile';
survey points for proton beam enclosures;
design of personnel and vehicle access labyrinths;
booster to main ring transfer system: magnet nomenclature;
lateral shielding for the 8-gev and 200-gev synchrotrons;
booster enclosure access control;
beam optics calculations for a quadrupole channel using a programmable desk calculator;
monaco a monte carlo trajectory fortran-iv subroutine for high-energy protons in bulk material;
muon shielding: design studies of homogeneous soil shields at 200-gev;
a possible reduced cost method for fabrication of nal type main accelerator magnets;
the extraction and transport of radionuclides produced in soil by high-energy hadrons;
some geological and hydrological data at the nal site;
methods of calculating accruals, costs, and commitments form relief transactions;
experimental results on high-energy particle production of na-24 in concrete;
comments on 'booster enclosure access control' (tm-242);
damping of coherent phase errors at injection into the main ring;
general description of the proton beam dump;
the beam abort kicker system;
effectiveness of the main ring abort dump;
design of experimental areas and facilities at the national accelerator laboratory;
tolerable sodium content in the concrete of the front end gallery (area 2);
muon shielding: studies of homogeneous shielding for a neutrino facility;
muon de/dx and range tables: results for shielding materials using collision losses only;
muon shielding: multiple coulomb scattering of muons with energy loss;
design of a variable length muon shield in area 1;
design of muon shielding using magnetized iron deflection;
nonhomogeneous muon shielding flux perturbations due to bending magnets;
the high-energy neutrino beam in area 1;
neutrino dosimetry: expected neutron spectra and differential and integral dose and dose equivalent versus neutron energy;
design of muon shields: some general considerations with special reference to magnetized iron deflection;
speculations on the production of quarks and monopoles;
external proton beamline magnet profiles;
two secondary beamline quadrupoles;
third integral resonant extraction from the main ring;
flow of water in pipes and tubes: graphs for direct determination;
secondary beamline trim sextupole;
an inexpensive beam loss monitor for use at nal;
arrangements of pulse quadrupoles in the main ring for gamma (t) jump;
wave propagation between booster laminations induced by longitudinal motion of beam;
main accelerator cavity frequency selective damping via skin effect;
modified phase acceptance in linacs;
numerical results from 'parmila' for the first two tanks of linac;
linear beam optics program for time sharing use;
500-gev neutrino beam at nal;
1971
matching and synchronization during transfer from booster to main ring at 8-gev;
na-22 production cross-section in soil;
a calculation of the na-22 produced in the soil and in ground water in the vicinity of the neutrino laboratory at nal;
hadron beams in the neutrino area;
an interactive ray tracing program;
hadron shielding calculations: effects of voids;
booster access control system;
proposals sorted according to physics topics;
guidelines on warning devices for controlled areas;
a study of spherical, pseudospherical and cylindrical moderators for a neutron dose equivalent rate meter;
calculation of the radionuclide production in the surroundings of the nal neutrino laboratory; calculation of the radionuclide production in the surroundings of the nal neutrino laboratory;
partial aperture beam 'abort' system for main ring;
hollow copper conductors for the main accelerator magnet coils;
13.8-kv feeders and load distribution to the neutrino laboratory; 13.8-kv feeders and load distribution to the neutrino laboratory;
instrumentation of the hadron beams in the neutrino area;
the nal booster as a neutrino source;
a proposal for achieving 500-gev operation with the 15-ft bubble chamber: design of a magnetized muon shield for the neutrino be;
aluminum beam stop for the neutrino area dump box;
beam induced power loss to booster laminations;
rf capture in the nal booster;
booster constant bucket area regime with space charge;
the dump box for the neutrino area;
nal offsite dose equivalent rates due to accelerator caused radiation;
radiation safety training at nal;
personnel monitoring at nal;
linac interlocks, search and secure procedures and access control;
main accelerator interlocks and search and secure procedures;
booster low level rf feedback systems;
target box front end for the 30-inch bubble chamber hadron beams;
orbit and focusing bumps; orbit and focusing bumps; orbit and focusing bumps; orbit and focusing bumps;
stopbands of a focusing system;
optical survey of epb magnets;
procedure for vacuum impregnation of epb magnets;
effects of losing one quadrupole in the main ring; effects of losing one quadrupole in the main ring;
predicted neutrino fluxes for ideal narrow band systems (using the multiperipheral model of clifford risk);
do we need a debuncher in the 200-mev transport system?;
unified formulation for transverse (betatron) and longitudinal (synchrotron) oscillations;
a simple system to determine beam profiles at rates < 10**4 to 10**15 per second;
'hardening' of the shielding berm in the neutrino laboratory;
nal water sampling program;
scattering extraction with the wire septum;
transfer function between magnetic field excitation current in main ring bending magnets;
traveling wave beam position detector for the main accelerator rf system;
nal site: monitoring of uncontrolled radiation areas;
correcting high field closed orbit errors in the main ring;
design of magnetic beam dump for hyperon beams;
semiannual environmental monitoring report january 1, 1971 to june 30, 1971; semiannual environmental monitoring report january 1, 1971 to june 30, 1971;
transmission line modes around the main ring;
effects of nonlinearities on the phase motion in the nal booster;
the heim column a low heat leak temperature stabilized support/ superconducting coil training and instabilities due to the bauschinger EFFECT; the heim column a low heat leak temperature stabilized support/ superconducting coil training and instabilities due to the bauschinger EFFECT; the heim column a low heat leak temperature stabilized support/ superconducting coil training and instabilities due to the bauschinger EFFECT;
approximate magnet current - energy relation for main ring;
a high resolution disk cherenkov counter for nal;
1972
research proposals submitted to nal sorted according to physics topics and the current status of the proposals (through no. 171);
manipulations to check and demagnify errors in beam position measurements with the electrostatic beam detectors;
residual gas analysis in main ring to obtain mean square scattering angle and beam lifetime;
a footnote on gas scattering in the main ring;
extraction from the main ring;
a possible stopping pi - beam for cancer therapeutics;
semiannual environmental monitoring report for 1971 and 1972; semiannual environmental monitoring report for 1971 and 1972; semiannual environmental monitoring report for 1971 and 1972; semiannual environmental monitoring report for 1971 and 1972;
a quadrupole doublet fitting program;
final comprehensive test report gas cherenkov counter;
fine tuning and excitation of the 41st harmonic with the trim quadrupoles in the main ring;
design guide for liquid hydrogen filled targets;
hydrogen policy guide;
transfer function and coil impedance for main ring quadrupole magnets;
a possible explanation of the missing bunches in the booster;
booster and main accelerator phase detector system for cavity tuning;
a miniature high efficiency vacuum cleaner for nal beam tubes;
muon identification using multiwire proportional chambers;
external muon identifier development: 1/2-meter proportional chamber test results;
operational description of digitizer 22 x 2140 for the emi multiwire proportional chambers with delay line readout;
improvements in transport;
superconducting 3.5-tesla, 3-meter prototype bending magnet;
design features of superconducting transport and analysis magnets;
target telescope tube and target location; target telescope tube and target location;
main ring magnet data system;
nucleate cooling stability criteria for superconducting coils;
the 200-mev transport line and debuncher;
list of approved proposals;
design of a tagged photon beam (continued): fitting into the proton lab; design of a tagged photon beam (continued): fitting into the proton lab;
modifications to the acme-22.5-0.1 power supplies and current lines;
acceleration of deuterons in alvarez type proton linac;
sextupole configurations for high resolution beam m6;
half integral resonant extraction from the main ring;
design of a magnetized iron muon shield for a high-energy neutrino laboratory;
tolerance requirements on 720-hz ripples in the main quadrupole current during resonance extractions;
proposed cherenkov trigger counter for bnl hyperon beam;
second order optimization of beamline designs with transport;
beam intensity measurements with a swic;
preoperational environmental monitoring report; preoperational environmental monitoring report;
skew quadrupole field and horizontal - vertical coupling in the main ring;
20-kg, 10-ft long superconducting prototype transport dipole;
extended proton beam spot size at neutrino target - 200-gev;
note on the properties of the large ion chamber and secondary emission monitor located in neuhall;
water resources and requirements of the national accelerator laboratory;
quadrupole field rotation and distortion;
research proposals submitted to nal and the current status of the proposals;
list of approved experiments;
approved experiments at nal displayed by category of physics coverage;
properties of digitizing current integrators built by the nal radiation physics group;
a selfadaptive 'analog scaler' system for generating beam profiles in secondary beam lines with low particle counts;
quadrupole roll errors and horizontal - vertical coupling in the main ring;
report on the july muon beam tuning and comparison with the calculations;
slits in the 8-gev transport;
scaling of luminosity in colliding beams;
handy formulas for dipole coils with circular iron shields;
a listing of the research proposals submitted to nal including the current status of the proposed and approved experiments;
a frequency domain technique for separating the aperiodic and periodic response of a linear lumped parameter system excited by a;
magnetic field of uniform density current confined within an elliptical boundary;
stray field measurements on b2 dipoles, epb quads, and vernier magnets;
sextupole and octupole fields in the main ring;
the vertical physical aperture in the main ring;
variability of nal linac energy;
1973
differences between the gradients in the f and d main ring quadrupoles at injection due to remanent field;
booster synchrotron;
closed orbit correction for the nal main ring;
quadrupole power supply active ripple filters;
estimate of the radioactivity produced in the cooling water of a target assembly and its handling;
a multiplex control system for the nal main accelerator;
a low cost method to safely vent radioactive gases from the cooling system of a high power beam stop;
radiation survey vehicle for the nal main ring;
preliminary modeling and testing of ramped superconducting dipoles for the nal doubler;
superconducting accelerator magnet cooling;
the field of the experiment 70 analysis dipoles; the field of the experiment 70 analysis dipoles;
design of sextupole magnet for 200-gev line;
equations of motion of an accelerated particle;
on the care and feeding of bubble chambers, etc.;
radiological experience with the fall 1972 monopole dump;
kicker magnet design;
some preliminary concepts about the proposed energy doubler device for the 200-gev / 500-gev proton accelerator at fermilab;
hydrogen policy guide for refrigerated targets up to 6-liters;
design guide for liquid hydrogen targets up to 35-liters;
measurements of inductive and resistance main ring dipole and quadrupole magnets;
single pass colliding beams for nal;
a system for monitoring proton losses from the nal main accelerator;
a wide band current monitor based on pulsed transformer techniques;
a digital one shot multivibrator;
neutrino area - design report - muon beam: n-1;
a preliminary report on a promising target monitor;
the nal main ring as a 15-gev electron - positron storage and colliding device;
intersecting accelerator ring (intar) for the study of proton proton collisions at more than 200-gev in the center-of-mass;
experimental program data file and listings;
epb dipole magnetic field measurements;
field measurements on lambertson septum magnets;
measurement of the betatron wave number nu by closed orbit distortion;
tune shifts to the orbit sagitta in bending magnets;
use of ethylene glycol deionized water in lcw systems;
nal medical applications facility: beam transport line, review of soil for the 200-mev shielding requirements;
field measurements on 3-ft b2 reference magnet;
neutron energy spectra from proton bombardment of thick lithium targets in the 50-mev - 180-mev energy range;
description of linac beam extraction and transport for a medical facility; description of linac beam extraction and transport for a medical facility;
480-volt secondary power distribution in the neutrino area;
first order fixed points for a nonlinear delta function perturbation of betatron oscillations;
magnet insertion code;
quarter integer resonance by sextupoles;
field measurements on 200-mev transfer quadrupoles;
field measurements on anl r1-5 4-meter septum magnet;
detection of locations of shorts for failed main ring bending magnets;
what makes the booster llrf tick;
semiellipses and the definition of horizontal phase spaces in the transfer hall;
a rotating coil device for harmonic analysis of magnetic fields;
evaluation of matched superconducting dipoles;
15-ft hbc optics description;
magnetic field in the 15-ft bubble chamber;
feasibility study for nearly accelerator energy pi - p experiments in the 30-inch bubble chamber;
some comments on gas mixtures used in multiwire ion chambers and multiwire proportional chambers;
a comment of tm-461, 14, december, 1973 by m. atac;
neutrino area radiation and electrical security system;
eddy currents in superconducting dipole banding;
4 x 30 sextupole magnet data sheet dc operation; 4 x 30 sextupole magnet data sheet dc operation;
1974
effect of finite susceptibility of superconducting dipole banding;
the downstream beam stop and target box for the neutrino area; the downstream beam stop and target box for the neutrino area;
operating the main ring at 500-gev;
summary of triplet train not;
field measurements on a booster synchrotron f magnet;
rf capture with acceleration in the nal booster;
dipole measurement data analysis;
parameters for 1-tev**2 p p storage rings;
use of the nal electron beam for pion experiments;
upgrading the m6 beamline for 280-gev operation;
total absorption calorimeter test;
stored energy in doubler type sheet current dipoles;
design description of the external experimental areas at the national accelerator laboratory;
forces in doubler type sheet current dipoles;
a portable beam diagnostic system for secondary beam lines; a portable beam diagnostic system for secondary beam lines;
magnetic field distribution in doubler type dipoles;
power dissipated in doubler type cryostat and heat shield;
measurement of electrolytic voltages generated between coils and laminations of failed main ring magnets;
variation of remanent field with peak excitation in main ring b2 magnets;
synchronous transfer of beam from main ring to energy doubler;
design of proton laboratory three way split at 500-gev in enclosure 'h';
a refocusing system for the proton laboratory;
a high intensity rf beam; a high intensity rf beam;
radiation and collision lengths for various fermilab shielding materials;
muon beam halo studies;
main ring capability as storage ring;
coupling impedance measurement;
modification of the existing magnet exciting coil in the anl - nal 30-ft hydrogen bubble chamber in the superconducting mode;
energy doubler dipole mark-ii: nonlinearity and tolerance requirement;
magnet replacement at the main ring;
report on the drift chamber workshop; report on the drift chamber workshop;
the transverse collective effects in the main ring;
remote control unit for sorenson dcr-20-250 power supplies;
possible increase in emittance due to nonlinear coupling resonances in the booster;
muon backgrounds produced by multiple beam crossings in popae straight sections;
surveying the external muon identifier and the 15-ft. bubble chamber with 250-gev mesons;
tolerance requirements for energy doubler quadrupole;
preliminary ideas on 2nd generation neutrino experiments;
matching 'muon' tracks in the 15-ft bubble chamber to the emi proportional chambers;
potential power savings of approximately 3000-kva in the operation of the fermi cyclotron;
evaluation of the possibility of cryotrapping helium jet by means of a parallel stream of hydrogen condensing on a 4.2-k su;
radiation measurements around the fermilab 300-gev main accelerator;
radiation measurements around the fermilab 300-gev main accelerator;
an absolute integral bdl calibration of b2 magnets for the avb system of the single arm spectrometer facility;
maintainability and reliability design of a precision high current power supply;
comments on popae;
notes concerning the electron side of popae;
estimates concerning beam neutralization for popae;
engineering design and analysis of large superconducting particle analysis magnets;
short sample test of some superconducting wires;
effect of common quadrupoles on the maximum beam-beam limited luminosity in low beta insertions;
interfacing camac system to mrd-200 raster generator;
a primer on the 032 module --- linking beamline and experimenter computer;
comparative test of nano systems ps-500 mwpc power supply and the detector electronics mwpc power supply;
a preliminary set of parameters for popae;
heat leak measurements on energy doubler dipole support model g10-1;
a scheme to provide low heat conduction in support members of superconducting devices and other applications;
operating conditions for big bubble chambers (15-ft chamber) filled with neon / hydrogen mixtures;
results of magnet prototype evaluation for the fermilab energy doubler project;
the electron beam test of october-november, 1974;
can the horn system be modified to accomodate a 1-msec spill?;
bison-net, a high speed block multiplexer channel for interconnecting computers via camac;
some short sample test data;
camac extended branch serial driver; camac extended branch serial driver;
'separated function' storage rings;
dielectric constant calculations for an rf cavity ceramic seal;
dc magnetic field measurement on main accelerator extraction magnets;
pulsed magnetic field measurement on main accelerator extraction magnets;
1975
a module power supply for use with multiwire proportional chambers;
measurement of the profile of the gas jet target at the internal target area;
a synchronization method for high speed start stop scalers and digital devices having asynchronous triggers;
a partial pressure drift chamber beam intensity monitor for external proton lines;
remnant fields in the main ring bending magnets;
liquid helium level indicator and automatic level control;
losses in superconductors for the energy doubler;
feasibility study on the designs of shortlived beams in the proton central experimental area;
summary report on phase i of the popae design study (part 1);
two additional charged beams in the meson area;
performance studies of superconducting dipoles for the fermilab energy doubler;
liquid deuterium neutron attenuator for broadband photon beam facility;
radiation hardened proton meter for fermilab external beam lines; radiation hardened proton meter for fermilab external beam lines;
thermal conductance measurements of mechanical supports for superconducting magnets;
notes on drift chamber time digitizer meeting;
detection of shorts in magnet coil windings as they are being wound;
fermilab neutrino - horn focusing system;
fermilab medical facility: beam transport;
the fermilab energy doubler, a 2-year progress report;
electrical protection of superconducting magnet systems;
longitudinal beam motion in the fermilab booster accelerator;
transverse beam motion in the fermilab booster accelerator;
turning off main ring lcw pumps;
beam signal processing for the fermilab longitudinal and transverse beam damping systems;
high speed beam position electronics for accelerator control and diagnostics;
a 53-mhz triggered synchronous predetermined scaler for accelerator diagnostics;
oscillation damping factors for off momentum orbits in electron storage rings;
short sample test data iii;
10-ft. modified b1 wide gap;
magnetic field measurement on three way split magnet;
high speed field mapping device at fermilab;
methodology for increasing the horn of plenty pulse duration;
energy doubler saver radiofrequency acceleration system;
fermilab energy doubler magnets - magnetostatics;
fermilab high field option popae dipole magnetostatics;
solid state magnet polarity reversing switches;
bubble chamber subtraction photography;
gian stability measurement techniques for calorimeter phototubes;
the schottky scan;
the system for precise measurement of accelerator efficiency;
feasibility study of a gas jet target without liquid helium for use in the main ring;
measurements of thermal conductivity integrals;
the potential physics program of the 168-inch hepl focusing spectrometer at fermilab;
beam monitoring in the switchyard system via swic detectors; beam monitoring in the switchyard system via swic detectors;
design of a gas jet target operating at ambient temperature in the main ring;
short sample test data iv; short sample test data iv;
auxiliary master microprocessor camac crate controller; auxiliary master microprocessor camac crate controller;
preliminary design of a drift chamber time digitizer; preliminary design of a drift chamber time digitizer;
power economies for the fermilab energy doubler saver;
superconducting magnet systems at fermilab;
a proposal for a fast(er) switch for slow cycling flux pumps; a proposal for a fast(er) switch for slow cycling flux pumps;
third integer resonant extraction from the energy doubler saver;
thyristor behavior at cryogenic temperatures;
fabrication of cryogenic electrical feedthroughs;
charged m4 beamline;
superconducting wire test at fermilab;
summary report on phase i of the popae design study (part 2);
methods for transporting kaons to bubble chambers at fermilab;
magnet measurement on the medical line extraction magnets 32-degrees h type and 58-degrees c type magnets;
the fabrication of multifilament nbti composite wire for accelerator applications;
field measurements on a 6-3-120 dipole magnet;
personnel dosimetry at accelerator laboratories;
design of a charged hyperon beam transport system and cherenkov detector for the energy range 150-gev - 400-gev;
a simple program to calculate the alvarez type linac cavity;
analysis of the booster power supply loop;
ctf beam interlocks;
a discussion of aperture and space allocation in the energy doubler saver;
fermilab target areas and target train systems;
design of the fermilab neutrino horn train system referenced to radioactive maintenance;
design of the fermilab remote target maintenance system;
septum magnet field measurements;
proposed relocation of switchyard pulsed vertical trim magnets;
magnet measurement on 56-inch extraction quad;
radiation levels in the fermilab main ring enclosure during accelerator operation;
forced flow heat load measurements;
summary of the first 5 months at b12;
a modified triplet train for sign selected broadband neutrino experiments;
pulsed power supply inversion tests;
design report on a 'swimming pool' hadron calorimeter for fermilab experiment 288;
residual radioactivity in the fermilab accelerator enclosures;
penetration of prompt and decay muon components of hadronic cascades through thick shields;
booster r. f. cavity model calculations;
fermilab magnets, power supplies, and auxiliary devices: technical data;
small solenoid test of insulation method;
neutrino decay pipe triplet;
ac loss in flat transposed superconducting cable;
ac loss test of d10-3 magnet;
hysteresis loss test of superconducting wires;
shielding of high-energy, high intensity proton storage rings i. skyshine;
1976
production of radioactivity by particle accelerators;
production of radioactivity by particle accelerators;
a novel focusing element for increasing the flux in the fermilab electron beam;
a high rate phototube base;
superconducting wire stability workshop/ july 22, 1974;
555 integrated circuit state diagrams;
increased 200-mev beam size;
multiturn injection into the main ring;
heat leak measurements on a 10-d foot cryostat;
the 300-gev triplet train;
carbon resistance thermometers;
the proposed hyperon beam facility at fermilab;
easy low beta for the main ring;
a current limiting technique for wire chambers;
operational test and field measurement of d-10-3 magnet;
estimate of particle fluxes (>- 1-mev) in a high z beam dump by incident protons at fermilab energies;
power consumption for the main ring ramp;
suitability of present booster rf cavity for acceleration of more bunches per main ring cycle;
notes on 'high loss effect' in rf cavity tuning ferrite;
effects of magnetic fields on hadronic cascades;
modification of the vernier power supplies in the meson beam lines;
main accelerator quadrupole transistorized regulars for improved tune stability through transition;
a second generation narrow band neutrino beam;
350-gev/c dichromatic neutrino target train;
double horn neutrino production with a test target;
wide band single horn system;
dosimetry and shielding factors relevant to the design of iron beam dumps;
study of horn pulse stretching using multipulse techniques;
results of horn transformer studies to provide a 1-millisecond horn pulse;
operational test and field measurement of e5-1 magnet (i);
transport of a 30 pi beam in the 200-mev line;
ultrasensitive leak detection of large volumes;
the potential of existing synchrotrons;
tests of multiple pulsing of horn power supply;
eddy current heating in the metal piston for the fermilab 15-ft bubble chamber;
safety lead material selection;
an analog signal transmission and distribution method;
short sample test data v;
ac loss of 1-foot dipole magnets;
a doubler magnet lattice, with long straight sections;
measurement of resistance versus temperature of 23 strand superconducting cable;
comparison of halo predictions with experimental measurements of offsite muons arising from 275-gev/c muon line operations;
triplet train tunes at 275-gev;
some aspects of the mechanism of a charge particle penetration through a monocrystal;
measurements of magnet quench levels induced by proton beam spray;
estimates of cooling and bending processes for charged particle penetration through a monocrystal;
distribution of heat due to beam loss in energy doubler saver type superconducting magnets;
quench development in magnets made with multifilamentary nbti cable;
the 15-ft bubble chamber online computer system;
some test results from an internal picket fence chamber for the fermilab 15-ft bubble chamber;
collecting anti-protons in the fermilab booster and very high-energy proton - anti-proton interactions;
results of the fermilab wire production program;
damage to stabilizing materials by 400-gev protons;
use of epb dipoles and r1 septum as spectrometer magnets;
considerations on modest colliding beams at fermilab;
anti-proton storage ring design;
booster magnet d-48 field measurement; booster magnet d-48 field measurement;
the technology of producing reliable superconducting dipoles at fermilab;
bibliography on main ring magnets;
charge changing methods for h bar injection into the booster synchrotron;
fatigue of main ring quadrupole support structure;
relative kerma values in various materials irradiated by fermilab neutron beam; relative kerma values in various materials irradiated by fermilab neutron beam;
measurement of safety lead heat leak;
pressure drop of single phase and two phase helium flow;
a selfcompensating electronic integrator for the proton laboratory;
camac power supply monitor module;
experience on a large composite superconducting wire production run;
1977
stress heating of a thermally insulated superconductor;
multipole fields in circular concave poles;
field quality improvement of picture frame magnets;
on the calculation of rose shims;
precisely measuring the electrical length of coax cables;
electronics for damping transverse instabilities for the fermilab booster synchrotron;
space charge field in a spheroid of charge;
clearing electrodes and other considerations related to the electron production in the energy doubler;
design of two turn injection into the main ring;
test results on some amplifier - discriminator circuits;
n-5 hadron calibration beam to lab 'c';
two-dimensional readout of a drift chamber using current division;
a console program for examining beam capture in stationary booster buckets;
wide band single horn system (ii);
theory of longitudinal instability for bunched electron and proton beams. (talk);
comparison of emittances and losses in the proton line at 100, 100-gev, 200-gev, 400-gev;
inclusive production of neutral strange particles in 250-gev/c pi- p interactions;
electron neutrino beam;
magnetic measurement of full scale energy doubler bending magnets in the initial stage (e22-1 and e22-13);
rf stacking and other rf considerations for the energy doubler;
neutrino bedplate deflections;
new muon laboratory part i: switchyard;
the main ring and the energy doubler as sources of synchrotron radiation;
main ring two magnet bumps;
offsite radiation from operation of neutrino area muon line at 225-gev/c;
1-foot hybrid superconducting dipole magnet;
magnetic permeability test of some stainless steels at 4.2-k and up to 50-kg;
network aspects of the fermilab control system;
measurement of betatron oscillation parameters beta and alpha in the main ring long straight section;
main ring / doubler low beta insertions;
effects limiting accelerated beam intensity in the largest proton synchrotron;
low divergence beam in proton west;
e22-14 cryostat boiloff;
production test of energy doubler magnets;
spectrographic nitrogen detector;
m1 user's guide;
measurements of heat conduction between 300-k and 80-k;
selection of stainless steel for the fermilab energy doubler saver magnets;
a high rate amplifier - digitizer system for liquid argon calorimeters;
the m7 - a high speed digital processor for second level trigger selections;
harmonic analysis of two experimental superconducting energy doubler quadrupole magnets;
expected bunch length and momentum spread of the beam in the main ring with cea cavities;
meson vertical targeting study;
meson area beams and facilities;
vacuum tests for the main ring;
1112* colliding beam bypass;
design study for a high-energy muon beam;
new firing circuits for transrex power supplies;
conventional magnet cooling tests;
nim power supply monitor module;
comparison of emittances at 100-gev, 200-gev, 300-gev, 400-gev in the proton east line;
cost study of ferrite kicker magnets;
1978
a ripple reduction module for transrex power supplies;
magnetic field calculation of the superconducting version of the chicago cyclotron magnet using gfun-3d;
magnet beam absorbers of the 350-gev/c dichromatic train;
booster aperture improvements through revisions near the extraction septum;
the tevatron;
radiation damages on magnet coils of the 350-gev/c dichromatic train;
properties and performance of a simple electron - hadron calibration beam in proton west;
linear coupling of betatron oscillations in the main ring;
doubler dipole coil collar fatigue measurements;
simple physics limitations on pulsed bending magnets;
improved electron neutrino beam;
laser diagnostic for electron cooling beam;
a computer interface z80 s-100 to pdp-11 unibus;
muon background in colliding beam detector experimental halls;
estimated event rates for beam dump experiments;
tests of changes in the horizontal production angles in the meson laboratory;
magnet field measurements on cooling ring dipoles;
astute 1978 spring conference austin, texas - system 2000 and conferences;
helium venting into the accelerator tunnel;
sizing of liquid and gaseous helium and liquid nitrogen valves and piping of the chl facility;
beamline superconducting magnet cooling;
review of questions poised by jeff appel on satellite refrigerator design;
energy doubler dipole vent line system;
the design of the beam transfer system for the doubler sector test;
muon de/dx and range tables for tevatron energies: results for some shielding materials;
initial design considerations of a 35-mev deuteron linear accelerator;
helium properties subroutine;
outgassing tests of magnet lamination;
muon shield for the tevatron at fermilab;
derivation of scale violation formula for deeply inelastic muon scattering;
warmup characteristic of doubler magnet;
a solid state fail safe radiation interlock system;
properties of the proton department current digitizer and gate module;
survey of the 15-ft. bubble chamber fiducials;
transport of tevatron energy primary proton beams to neutrino area;
doubler lattice and phase - amplitude functions;
detector of microwave radiation from cooler electron beam;
some considerations of radiation protection in the meson area;
development of a high power flux pump;
alternative schemes for higher anti-proton production at fermilab;
neutrino beam dump experiment and a possible electron neutrino beam in the neutrino area;
deceleration of anti-protons in the booster;
500-gev calibration beam using the n5 line and the new muon line (n2);
report on a design study for upgrading the n7 / n5 hadron beam line;
proton cooling by radiation presented at the workshop on producing high luminosity high-energy proton - anti-proton collisions, lbl;
colliding beams at fermilab;
preliminary tests of doubler buss quench protection and detection;
mechanical design of the 350-gev/c dichromatic train;
toward a world accelerator laboratory;
an estimate of the ground water activation due to meson area operation; an estimate of the ground water activation due to meson area operation;
ground water protection in the meson area for tevatron operation;
field quality of dipoles for the doubler;
the momentum of main ring beam as a function of magnet current;
a 10 (12) - 10 (13) beam targeting station in the meson detector building;
soil activation calculations for the anti-proton target area;
fantasies of future fermilab facilities;
hyperon and anti-hyperon fluxes in the fermilab charged hyperon beam;
the bellcord - a multilevel fast preprocessor for 1024 ecl channels;
a solid state infrared optically coupled gate protection system;
ecl camac trigger processor system documentation;
design, fabrication and performance of low current superconducting beamline dipole;
a modular trigger processing system for high-energy physics experiments;
new single horn system;
target for neutrino beams;
conceptual design of a large, thin coil superconducting solenoid magnet for colliding beam experiments at fermilab;
stochastic cooling;
sensitivity of an energy doubler dipole to beam induced quenches; sensitivity of an energy doubler dipole to beam induced quenches;
motion control of the proton high intensity area 180-ton egyptian walls;
tevatron physics in the meson area;
measurement of anti-proton gravitational mass;
proposed main ring extraction upgrade;
minimizing doubler dipole suspension load due to sagitta bend;
neutron beam calibration and treatment planning - fermilab cancer therapy facility;
meson superconducting magnet energy dump system;
report of workshop on materials at low temperatures sponsored by: national bureau of standards and doe;
relative neutrino and anti-neutrino event rates of the single horn system;
aquifer dilution factors of ground water activity produced around fermilab targets and dumps;
do we need a horn for tevatron neutrino physics?;
comparison of half integer and third integer extraction for the energy doubler 1. basic processes;
operating procedures for switchyard refrigerator;
cooldown warmup control circuits for magnet test stands;
heat leak measurement of energy doubler magnet cryostats;
transportable dewar fill from 10000-liter helium dewar at the magnet test facility;
1979
a segmented hadron calorimeter for use as a high transverse momentum 'jet' trigger; a segmented hadron calorimeter for use as a high transverse momentum 'jet' trigger;
a possible dichromatic neutrino beam for a 1-tev accelerator;
muon shield for the tevatron (ii);
short sample tests and tevatron magnet performance;
application of superconducting technology to big accelerators;
n7 / n5 line modifications;
estimated tau-neutrino fluxes from a beam dump at 400-gev and 1000-gev;
pump down time of energy doubler magnets;
the secondary emission monitor repair;
accelerator division capacitor stored energy devices;
measurement of momentum distribution at 400-gev in the sps;
soil activation downstream of the meson area front end hall;
on the topic of shielding oneself from the charming magnetism of the egyptian princess beketaten (a magnet);
high density concrete plates for calorimeters;
integral estimators of radionuclide production in soil;
magnet test facility magnet protection, quench circuit tiein; magnet test facility magnet protection, quench circuit tiein; magnet test facility magnet protection, quench circuit tiein;
helium cooling of the shells of a dipole magnet in the model 135 cryostat; helium cooling of the shells of a dipole magnet in the model 135 cryostat;
10000-liter liquid he dewar repair magnet test facility;
resolution improvements and holography for neutrino interactions in the 15-ft. bubble chamber;
quadrupole torsional rigidity measurement;
doubler tevatron mu - p quench protection system;
user's manual for microprocessor - based swic scanner;
deceleration of anti-protons in the fermilab booster;
measurement of the electron loss cross-sections for negative hydrogen ions on carbon at 200-mev;
stripping foils for multiturn charge exchange injection into the fermilab booster;
the multiturn charge exchange injection system for the fermilab booster accelerator;
process control system for the tevatron liquefier;
the great doubler shift;
a fail safe solid state water level detection system;
high luminosity p p and anti-p p colliding beam straight section designs;
radiation protection implications of the transport of primary beam to pw5;
a four quadrant magnet trim power supply;
determining the d.o.t. gas storage cylinder derating factor for a.s.m.e. service;
status of the fermilab tevatron project;
evaluation of various options and costs for the compression and distribution of compressed helium gas to the satellite refrigeration system of the Energy Doubler; evaluation of various options and costs for the compression and distribution of compressed helium gas to the satellite refrigeration system of the Energy Doubler; evaluation of various options and costs for the compression and distribution of compressed helium gas to the satellite refrigeration system of the Energy Doubler;
turbo expander for satellite refrigerator;
stretching shielding calculations;
report on estimates of proton fluxes required for the n3 hadron beam for 30-inch hybrid runs;
booster length storage ring design for anti-proton cooling;
review of radiation protection implications of the cooling ring electron gun;
speeding up samm measurement of e-310 spark chamber film;
electron-neutrino anti-electron-neutrino fluxes for the single horn system;
construction of a solid state 2500 adc reversing switch;
raising the space charge limit of a synchrotron with rf quadrupoles;
support location for ed dipole magnet;
evaluation of superconducting dipoles;
particle acceleration by flux pumping;
precision of beam calibration: constancy of calibration of ionization chambers;
kerma transmission for various materials for a p (66-mev) be (49-mev) neutron beam; kerma transmission for various materials for a p (66-mev) be (49-mev) neutron beam;
conceptual design for a continuously adjustable collimator for fast neutron radiation therapy;
heat removal from beam scraping of an energy doubler magnet;
investigation of means to increase refrigeration capacity of the chl satellite refrigeration system of the fermilab energy double;
design evaluation of valve actuator cams (fermilab reciprocating design);
evaluation of wet and gas helium expansion engines (fermilab reciprocating design);
report on a design study for simultaneous operation of the n0 dichromatic train and the n7 bypass beam;
radiation safety implications of the proposed main ring / energy doubler abort;
wet expansion engine for helium refrigeration application;
computer program 'superfish' for cylindrically symmetric rf cavities;
techniques for reducing radiation heat transfer between 77-k and 4.2-k;
a prototype low current superconducting quadrupole for fermilab's high intensity laboratory;
mechanical drive and control system for high efficiency wet helium expansion engine;
improvements in the 1978 'standard' dumand module: sea urchin;
a. epoxied laminated sheet steel cores for large conventional magnets: b. insulation of large coils with a polyester film / SYNTHETIC;
field quality of doubler dipoles and its possible implications; field quality of doubler dipoles and its possible implications;
review of the shielding requirement of the e-497 target magnet;
the usa fast neutron beam dosimetry physics group experience with ionization chambers;
safety leads;
method for reducing cryostat pressure during a heater induced magnet quench;
satellite vacuum vessel pressure rating and relief port size;
the electron beam for the fermilab electron cooling experiment i. initial operation and studies;
a possible operation of the n-30 dichromatic train at 420-gev for tevatron;
a filter technique for stochastic cooling of betatron oscillations;
report on relocating the upstream enclosures of the n5 / n3 beam lines;
harmonic fluctuations in energy doubler dipoles from azimuthal wire displacements inside the coils;
third order aberrations in the slac 50-gev collider;
bellows failure of energy doubler magnet string;
superconducting meson left band beamline;
magnetic measurements on a main ring trim quadrupole;
conceptual design of beryllium targets for the generation of neutron beams for radiation therapy by the (p, n) reaction; conceptual design of beryllium targets for the generation of neutron beams for radiation therapy by the (p, n) reaction;
the abort dump for the energy saver / doubler and main ring;
comparison of casim predictions with recent measurements;
a new multiplexed adc unit;
the influence of target thickness and backstop material on proton produced neutron beams for radiotherapy; the influence of target thickness and backstop material on proton produced neutron beams for radiotherapy;
e-537 mwpc amplifier;
1980
the superbucket monitors in the proton areas;
construction and operation of an electromagnetic shower detector;
selfcurrent limiting bidimensional resistive cathode wire chambers;
program shotal, simulation of supershowers for calorimeter design and analysis;
a tevatron proton transport for the neutrino area;
sensitivity and accuracy of the measurement with the yoke coil of the doubler dipole;
400-gev proton transport to a modified neutrino area;
parametric fits for the maximum luminosity and tune shift in e+ e- colliding beams relevance to anti-p p colliding beams;
a computer program to determine the critical speed of rotating machinery;
new n3 beamline design;
new approach to stochastic momentum cooling;
mechanical distortions in the energy doubler dipoles during cooldown. a possible mechanism to induce torques in the cryostat co;
a digital measurement system for sensing magnet current and interlocking measured levels into safety systems;
soil activation calculations for the proposed neutrino front hall;
20-tev p accelerators and anti-p p collider;
a spectroscopic oil detector;
cryogenic tests at a1;
design considerations for high efficiency wet helium expansion engine;
neutrino area improvements for 500-gev operation;
chl liquid helium dewar/ring interfaces and operation;
main ring beam position digitizer display system description and operating instructions;
a flavored neutrino beams facility; a flavored neutrino beams facility;
wire chambers;
quench protection circuit for superconducting magnets with eddy currents;
proton area enclosures h upgrade projects;
harmonic analysis of energy doubler dipole;
preliminary report of the fermilab experience using neutron irradiation for the treatment of pancreatic cancer;
characterization of a p(66)-be(49) neutron therapy beam: 1. central axis depth dose and off-axis ratios;
stochastic extraction at fermilab;
electrical protection of a low current superconducting magnet;
pancreatic carcinoma: results with fast neutron therapy;
calculations of muon radiation for the meson area;
central: a computer program to do performance calculations for a helium liquefier;
evaluation of crankshaft designs proposed for the dry and wet helium expansion engines;
maximum quench current of energy doubler magnets i;
the injection system for the beijing booster synchrotron;
an analysis of the cooldown of the central liquefier;
the bucking coil: an improvement for dipole room temperature measurements;
beam-beam phenomenology;
experimental investigation of thermal contraction for fiber reinforced epoxy resins, common plastics, and other materials;
a digital measurement system for monitoring hazardous atmospheres in enclosed areas;
radiation safety review of the modified enclosure 103;
calculations of energy deposition densities in high-energy accelerator targets;
a short approach to the electrical design of a muon spoiler magnet;
superconducting magnetization effects in correction magnets;
beam transport for producing proton anti-proton colliding beams;
radiation hardening of electromagnet coils using sulfur;
optimization of superconducting magnet bore size for high intensity area beamline;
enhanced 200-gev/c k+ beam using beryllium filter;
satellite i: model for the satellite mode refrigerator;
possible application of slurry wall technique for construction of colliding beam experimental areas;
conversion and availability of heating5: a heat conduction program;
measurement of apparent strain curves of two micromeasurements strain gauges mounted on g-10;
a study of the width of nonlinear resonance;
magnet field variation in distributed ion pumps;
the effects of potting on training and quench propagation in a large stored energy superconducting dipole coil;
eddy currents, dispersion relations, and transient effects in superconducting magnets;
characterization of a p(66)-be(49) neutron therapy beam 2. skin sparing and dose transition effects;
the fermilab neutron therapy facility: treatment planning for neutron and mixed beams;
properties and methods of lead tin splices for superconductors;
design consideration for the colliding beam area;
gun anode lens effect on the electron beam transverse temperature;
transmission line properties of long strings of superconducting magnets;
protection for low current superconducting coils wound with insulated strand cable;
drift chamber amplifier - discriminator circuits;
the proton beam lithium lens for the fermilab anti-proton source;
report on high field performance of a modified proton beam lithium lens;
a design of a slot type pickup for stochastic cooling of a coasting beam part. 1. theory and numerical values;
conventional main ring magnet quality as a function of time;
damping of e beam transverse energy with bump coils;
beam transport for a prompt neutrino target area;
the superconducting chicago cyclotron magnet - an old magnet with a new pair of energy efficient coils;
a model to describe diffusion enhancement by the beam-beam interaction;
pa cascode recorder / display system description and operating instructions;
conversion of program casim to cdc cyber computers;
a gas ionization sampling electromagnetic shower detector;
anti-p production target studies: numerical calculations;
vacuum breaks of the doubler magnet system;
longitudinal shower development in a lead scintillator calorimeter as a tool to separate pions and electrons at 10-gev - 50-gev ENERGIES;
a study of some properties which determine the resolution of a lead scintillator sandwich electromagnetic shower detector;
an evaluation of some new phototubes with high gain first dynodes;
measurements of hazemeyer precision transductors;
p(42) - be neutron therapy beams: dose rate and penetration as a function of target thickness and beam filtration;
fast neutrons in the treatment of salivary gland tumors;
comparison of the physical characteristics of a p(66)-be(49) neutron therapy beam to those of conventional radiotherapy beams;
a minipad chamber;
an updated review of soil radioactivation calculations for the anti-proton target area;
1981
computer operated control system for the energy saver satellite refrigerators;
high band neutrino beam for tev ii;
heat leak measurements on fermilab's energy saver magnet string and transfer line;
a microcomputer / cyber data transfer system;
multiple element vapor cooled current leads for the fermilab energy saver correction elements;
normalizer for the neutrino split plate secondary emission monitor;
fermilab power monitor;
results of magnetic measurements of cosmotron steel at high excitation;
the revised great doubler shift;
measurement of he leak into the cold bore of superconducting magnet for energy saver;
14.4-m large aperture analysis magnet with aluminum coils;
a low beta insertion design for 1981;
design of an electron cooling accumulator ring for the fermilab anti-proton source;
design study of a 750-kv electron gun for electron cooling;
transfer matrices across soft magnet edges;
pulsed high current optics for the fermilab anti-proton source;
radiation safety review of enclosure g2 north addition;
simulation of the cryogenic behavior of the superconducting magnets in the energy saver;
a high intensity accelerator facility;
the fermilab tevatron;
the optimization and efficiency of anti-proton production within a fixed acceptance;
final beam emittances at the end of anti-p accumulation for the fermilab anti-p source;
the proton beam sweeping system for an anti-proton target station using lithium lenses;
the new main ring abort system;
the new main ring abort system;
the use of nonhydrogenous wedges for therapeutic neutron beam shaping;
the effects of hydrogenous and nonhydrogenous filters on the quality of a p(66)-be(49) neutron beam;
recent muon dose equivalent measurements at fermilab;
fermilab pressure vessel directory;
design considerations in vapor pressure thermometry;
new features in transport;
preliminary study of high field dipole magnet;
construction and testing of r & d superconducting solenoid magnet for cdf detector;
the brass plug monument system for doubler alignment;
shielding studies for the colliding beam experimental area at b0;
energy doubler cryoloop temperature monitor system;
anti-p bunch rf rotation in the debuncher ring with a very small momentum compaction: effect of higher order terms in momentum COMPACTION FACTOR AND ITS CORRECTION;
position sensing by charge division using selfquenching streamer pulses;
design report for a cryostable 3-m diameter superconducting solenoid for the fermilab collider detector facility;
magnetic and electrical properties of energy saver spool pieces;
a fast cluster - finder for the fermilab collider detector jet trigger;
the superconducting chicago cyclotron magnet operating manual;
a microprocessor based madc test facility;
limitations to the corrections of orbit errors using dc correction elements;
kerma transmission through steel for a p(66)-be(49) neutron beam: an update;
a description of the satellite expander pressure trace and the relationship between efficiency and intake cutoff;
an introduction to harmonic analysis of magnets;
camac crate controller: diagnostic test procedures;
pressure testing of saver single phase bellows;
1982
shielding calculations for the b0 colliding detector area;
high precision in dose delivery: routine use of a microcomputer;
a tabulation of a few theoretical calculations for satellite refrigerator expanders;
a summary of satellite refrigerator dry engine efficiencies calculated from data taken from january 1980 to april 1981;
a note about energy savings and substation kva load reduction resulting from power factor correction capacitors proton center EXAMPLE;
neutron measurements at the neutrino wonder building with a precision long counter;
exploration of phase space trajectories in simulations of the beam-beam interaction;
an improved digital measurement and comparison module;
cryogenic operational problems during a quench of doubler magnets;
helium to neon modification for a dupont 120ssa or 24-120 leak detector;
normal mode analysis of coupled betatron oscillations including cooling;
superfish and the evaluation of axisymmetric cavities with rf quadrupole focusing;
kermas for various substances averaged over the energy spectra of fast neutron therapy beams: a study in uncertainties;
analysis of personnel exposures in neutron therapy facilities;
activation of the major constituents of tissue and air by a fast neutron radiation therapy beam;
the midwest institute for neutron therapy (mint);
the effect of missing back scatter on the dose distribution of a p(66)-be(49) neutron therapy beam;
further design studies for a tevatron era dichromatic beam: the nci dichromatic beam;
potential of a three-dimensional charge distribution powerful calculating method and its applications;
stability and dynamical invariants for intrabeam scattering;
dose response of scr's;
pascal and fortran comparisons for the pdp-11/34 and vax-11/780;
electronic alignment of spool pieces;
error analysis for the low beta quadrupoles of the tevatron collider / location and strengths of correction dipoles in the low beta INSERTION; error analysis for the low beta quadrupoles of the tevatron collider / location and strengths of correction dipoles in the low beta INSERTION;
a versatile secondary beam for the meson area;
pulsed current resistance thermometry;
a structural analysis of the cdf central calorimeter cradle assembly;
calculations of pickup / kicker sensitivity;
rf stacking and tail cooling in the anti-proton accumulator;
torsional rigidity of central calorimeter module;
tevatron b0 low beta tuning report;
a low cost replacement cable for beamline swic installation;
characteristics of a-150 plastic equivalent gas in a-150 plastic ionization chambers for (p-66 - be-49) neutrons;
the feasibility of shortlived radionuclide production at fermilab;
the feasibility of shortlived radionuclide production using the proposed new accelerator facility at rush presbyterian st. luke's HOSPITAL AND MEDICAL CENTER;
beam storage studies in the fermilab main ring;
finite element stress and deflection analysis of cdf yoke and endplug;
power spool test: tsh-002, sptf no. 19;
pressure analysis of correction coil cryostat;
casim predictions of meson west tevatron target soil activation;
hysteresis of sextupole and ac loss in energy doubler dipole magnets;
compensation of the solenoid field in the colliding beams detector;
z80 based voltage and temperature monitor for the main ring control crate: the cc48 card;
performance testing of super 'fe' magnet;
construction of a fermilab 'superferric' test magnet;
calculation of super 'fe' magnet parameters;
collins' bypass for the main ring;
a sensitive and simple method for measuring wire tensions;
structural analysis of the central tracking chamber;
tinkering at the main ring lattice;
dupont three gas (helium, neon and argon) leak detector converted from diatron-20 to diatron-4;
amplifier - discriminator for e-623 drift chambers;
a report on the a-sector test cryogenic experience of the fermilab superconducting accelerator;
contemporary data communications and local networking principles;
magnetic field calculation for fermilab style magnet coil end;
design study of 50-kg/in. quadrupole magnet;
energy saver a-sector power test results;
design report for an indirectly cooled 3-m diameter superconducting solenoid for the fermilab collider detector facility; design report for an indirectly cooled 3-m diameter superconducting solenoid for the fermilab collider detector facility;
shielding calculations for the anti-proton target area;
proton therapy nozzles design and analysis;
tevatron-i small aperture quad lamination analysis;
formulas and scaling laws for thresholds of coherent instabilities of storage ring beams;
a collection of casim calculations;
tevatron-i: large bore quad lamination analysis;
effects of misalignments of the solenoid of the colliding beams detector on the orbit of the beams;
design considerations for the fermilab test rfq;
the double proton beam for e-621;
scaling neutron absorbed dose distributions from one medium to another;
update of neutron dose yields as a function of energy for protons and deuterons incident on beryllium targets;
comparison of analytical and finite element results for deflections of cdf yoke and endplug;
structural analysis of the cdf transporter cart;
fastbus backplane impedance;
spool piece aperture warm to cold temperature position changes;
the design of the magnetized muon shield for the prompt neutrino facility;
1983
expanded fermilab pressure vessel directory program;
a new look at displacement factor and point of measurement corrections in ionization chamber dosimetry;
dynamics of rf captured electron cooled proton beams;
high sensitivity amplifier / discriminator for pwc's;
very high-energy synchrotron radiation at fermilab;
magnetic field calculation on cdf detector (i);
oxygen deficiency hazards associated with liquefied gas systems development of a program of controls;
the lab 6 winding facility;
response of the saver dipole beam tube to single phase helium pressure;
activation of sweeping magnets in tevatron ii standardized target piles;
rfsys: an inventory code for rf system parameters;
relative reflectivity of various black paints;
120-gev proton transport for anti-proton production in the fermilab tevatron-i project;
the fermilab tevatron-i project target station for anti-proton production;
mechanical and electrical design of the fermilab lithium lens and transformer system;
a design for anti-proton collection and beam transport in the fermilab tevatron-i project;
operating manual and design report of a 5000-a quench switch for energy doubler magnets in experimental area beam lines;
gas mixing system for drift chambers using solenoid valves;
a standard beam pwc for fermilab;
cryogenic system for production testing and measurement of fermilab energy saver superconducting magnets;
report on the production magnet measurement system for the fermilab energy saver superconducting dipoles and quadrupoles;
magnetic field properties of fermilab energy saver dipoles;
fermilab tevatron quadrupoles;
magnetic field data on fermilab energy saver quadrupoles;
maximum field capability of energy saver superconducting magnets;
long term stability of fermilab energy saver magnets;
an rf device for precision location of the beam position detectors in the energy saver;
change in dispersion function from field gradient errors;
the design parameters for a lithium lens as anti-proton collector;
wide band neutrino beams at 1000-gev;
calculation of the pressure rise in the chl 5000-gallon liquid helium dewar;
measurement of critical temperature as a function of field;
the tevatron muon beam: a high intensity beam with well defined polrization.1;
motor control and position sensing standards a selection guide and suggestions for new designs;
beam abort dump safety analysis;
b versus h curves for 1008 and 1020 steels;
satellite refrigerator compressors with the oil and moisture removal systems;
ziptrack manual;
a beamline transition radiation detector for mw;
operational studies and expected performance of superconducting quadrupole magnets in the first stages of secondary beams;
a memory mapped camac branch driver;
concrete shielding exterior to iron;
electrical and magnetic properties of the energy saver correction elements;
fermilab satellite refrigerator compressors with the oil and moisture removal systems;
a tunnel nitrogen spill experiment; a tunnel nitrogen spill experiment;
accelerator division satellite refrigerator compressor system and gas purification procedures;
applications of bonner sphere detectors in neutron field dosimetry;
magnetic field considerations in superferric dipole;
why superferric magnets for a desertron?;
tunnel construction for a desertron;
20-tev colliding beam facilities;
potential 20-tev site in illinois dekalb;
power tests of the fermilab lithium lens for anti-proton collection;
tunneling beyond the fermilab site;
magnetic field design of the accumulator multipole magnet;
study of the tevatron nonlinear acceptance by computer simulation;
about phanta for clinical neutron dosimetry;
a brief summary of staffing levels at fermilab during initial construction years;
exact solutions for the longitudinal and transverse impedances of an off centered beam in a rectangular beam pipe;
a computer program for calculating the resonant frequency, shunt impedance and quality factor of a pillbox cavity in a storage ring;
squid based beam current meter;
a shape algorithm for a rfq vane;
elementary stochastic cooling;
heat conduction through supports between 300-k and 4-k;
the neutron therapy facility at the institute of high-energy physics, academia sinica;
report of ad hoc committee on future computing needs for fermilab;
accelerating heavy ions in fermilab;
combined function magnet profile design;
helium leak detector improved sensitivity speed choke;
tevatron damper system;
shielding of tevatron meson laboratory target piles - (m - west), (m - center), (m - polarized);
collider detector beamline test table: a structural analysis;
the pressure bump instability in very large cold bore storage rings;
a tevatron improvement program;
1984
design for a short charged secondary beam;
the fermilab 200-mev linac control system hardware;
an estimate of the longitudinal and transverse impedances for the superconducting super collider;
epics system: rsx implementation issues;
design study of the tev i pulsed septum magnet;
costs to build fermilab in 1984 dollars;
epics system: system structure and user interface;
the epics system: an overview;
simulation program for central helium liquefier;
how much random sextupole field can we have in the presence of beam-beam interactions?;
width of nonlinear resonance;
measurements of radiation quality factors using a recombination chamber;
pumping rates for water drainage in the main ring tunnel: scale considerations of the ssc;
superconducting magnet technology for accelerators;
design note about a 75-kva quiet power distribution system;
automatic beam centering at the ssc interaction regions;
anti-proton source beam position system;
epics personal computer evaluation;
consecutive quenches and the safety leads;
circuit board routing attachment for fermilab gerber plotter;
main ring bunch narrowing for anti-p production without rf counterphasing;
high-energy hadron colliders;
modern control techniques for accelerators;
high intensity hadron accelerators;
beam cavity coupling impedance;
calculation of multipole fields for rec configurations with permeability not equal to unity;
longitudinal coupling impedance for a cavity and beam pipe;
minimizing the emittance in designing the lattice of an electron storage ring; minimizing the emittance in designing the lattice of an electron storage ring;
calculation of transmission line impedances using the ansys finite element program;
semiremote handling of radioactive devices in the fermilab target stations;
fabrication and testing of a 3-m diameter superconducting solenoid for the fermilab collider detector;
refrigeration tests of the cryogenic system and solenoid for the fermilab collider detector;
esme: longitudinal phase space particle tracking: program documentation;
prompt lepton production from high-energy beam dumps i. prompt neutrino event rates with 1-tev protons;
measurements of satellite refrigerator compressor power consumption and efficiency;
comparison of the second order tune shift formulas due to sextupoles given by collins and ohnuma;
bunch coalescing in the main ring to form intense proton and anti-proton bunches without rf counterphasing;
derivation of collins' formulas for beam shape distortion due to sextupoles using hamiltonian method;
maximizing the spectral brilliance of an undulator;
remote manipulator experience in target train maintenance at fermilab;
a new preamplifier for particle detectors;
water cooling considerations for the ssc;
magnetization measurements of some superconducting cables;
fermilab magnet development and test facility gpib package;
muon fluence measurements at 800-gev;
observations on lep with a view to ssc;
fermilab accumulator magnets vacuum chamber heating system;
a preliminary design for a 20-tev collider in a deep tunnel at fermilab.; a preliminary design for a 20-tev collider in a deep tunnel at fermilab.;
1985
magnet design from the conceptual design report for the direct neutral lepton facility;
a naive comment on changing ssc persistent current sextupole through metallurgical changes in the superconductor;
proposal for a proton beam therapy facility, october 9, 1984;
dependence of charge collection distributions and dose of the gas type filling the ionization chamber for a p(66)-be(49) clinical NEUTRON BEAM;
operational data for vapor cooled e/s leads;
camac 488 module: 68000 based gpib interface module;
ssc relative and comparative tunnel costs;
an aperture study;
e-740 proportional drift tube tests;
a guide to the main ring d0 overpass;
ssc tunnel air conditioning (heating / cooling and dehumidifying);
magnetic shielding inside toroid magnets;
ncenter wide band neutrino beam;
field independent normalization of ssc collider ring costs;
design considerations for personnel access penetrations for the superconducting super collider;
photosensitive dopants for liquid argon;
using the tevatron beam position monitor system to investigate transverse phase space;
variable curvature phantom;
width of nonlinear difference resonances;
reduction of sextupole distortion by shuffling magnets in small groups;
dupont autoprotection and electronic protection upgrade;
operation of large cryogenic systems;
ssc test lattices;
a simulation of quenches in ssc magnets with passive quench protection;
design, installation, and commissioning of the do overpass at the fermilab main ring;
improvement of the high voltage properties of the fermilab electrostatic septa;
pulsed power supplies for the fermilab 1-tev switchyard;
abort kicker power supply systems at fermilab;
a pulsed septum magnet for the fermilab anti-proton source;
tevatron extraction microcomputer;
an isolated data acquisition system for high voltage applications;
statistics of dipole steering in the tevatron;
proposals for synchrotron light sources;
a programmable high power beam damper for the tevatron;
a low level rf system for the fermilab tevatron;
the tevatron global radius and 0s system;
fermilab tevatron high level rf accelerating systems;
measuring the orbit length of the tevatron;
tom: a program for interactive lattice design;
control and initial operation of the fermilab b0 low beta insertion;
the fermilab timeline generation system;
testing of the superconducting solenoid for the fermilab collider detector;
superconducting quadrupoles;
linear aperture criteria for a standard cell lattice;
impedances of the shielded bellows in the ssc and the effects on beam stability;
an estimate of the contributions of bellows to the impedances and beam instabilities of the ssc;
an investigation of the skin depth effect of a metallic coating on a ceramic beam pipe inside a kicker;
the epics cookbook: a bare bones start;
a beginners guide to cbasic;
measuring heat leak with a heatmeter;
test results and design details of the tohoku bubble chamber magnet;
cryogenic compressive properties of basic epoxy resin systems;
heat leak measurements facility;
design, construction, and performance of a post type cryogenic support;
the cryostat for the ssc 6-t magnet option;
thermal shield bowing in long superconducting magnets;
5-cm, no iron ssc dipole 12-m model cryostat thermal performance;
operational history of fermilab's 1500-w refrigerator used for energy saver magnet production testing;
the cdf field mapping device: 'rototrack';
status of fastbus software in the computing department at fermilab;
initial estimate of transmission line effects in ssc design d magnets;
the impact of ring a on local water wells;
helium expansion engine dynamic o ring test program;
a real time data compactor (sparsifier) and 8 megabyte high speed fifo for hep;
electrical design of a 110-ft long muon pipe with automatic degaussing;
technical memo on the use of ultraviolet light to determine photomultiplier tube type;
the ifp temperature control system;
a study of the small mammal population on the fermilab prairie restoration site: june 19 - august 23, 1985;
an operational approach to high-energy physics detectors at fermilab. vol. 1;
measurement of the magnetic field of the cdf magnet;
technical memo on the importance of evacuating a liquid argon calorimeter;
description of a high current water cooled bus;
coupling impedance and energy loss with magnet laminations;
the fermilab neutron therapy facility: performance of the automatic photon calibration system for ionization chambers;
studies of beam induced radiation for experiment 735 at the co intersection region and its effect on detector components;
sources for proportional tube gain variation: what to do about it;
1986
design charts for vacuum plates; design charts for vacuum plates;
possible benefits from shuffling dipoles in the rhic;
quench propagation delay due to copper wedges;
b versus h curves for e706 magnet yoke of russian steel;
a design chart for long vacuum pipes and shells;
the beam and the bucket: a handbook for the analysis of longitudinal motion / elliptic distribution in longitudinal phase space; the beam and the bucket: a handbook for the analysis of longitudinal motion / elliptic distribution in longitudinal phase space;
a cherenkov counter design for a high-energy, high intensity secondary beam;
microwave stability limits for the main ring and growth across transition;
amplifier discriminator multiplexer card;
single bunch instabilities of the rhic booster;
tests of a single wire drift chamber for possible use in low intensity beams;
5-cm, no iron ssc 6-m dipole test program;
an estimate of the longitudinal and transverse impedances of the main ring in the tev-i project;
measurement of the main ring longitudinal impedance by debunching;
a new preamplfier for drift chambers;
the nci dichromatic beam tests;
technical memo on the purification of tmae;
amplitude dependence of the tune shift;
muon fluence measurements at the site boundary for 1985;
hadroproduction of heavy flavors;
magnet current regulation in the ssc;
design and operation of the quench protection system for the fermilab tevatron;
a silicon detector readout system using commercially available items;
a view of software for hep experiments;
tuning algorithm for tevatron injection;
scalar potential for charge distributions with ellipsoidal symmetry;
fundamentals of magnetic measurements with illustrations from fermilab experience;
ssc dipole long magnet model cryostat design and initial production experience;
resonances and resonance widths;
offset coil designs for superconducting magnets: a logical development;
resonance scraping;
coupling impedance of laminated magnets in the booster;
subcooled liquid helium flow supply for design d magnet cooling at mdtf;
superconducting super collider magnet cryostat;
passive correction of persistent current multipoles in superconducting accelerator dipoles;
magnetic measurements of the correction and adjustment magnets of the main ring;
main ring lattice, july 1986;
the ziptrack integrator;
an 'econodump' design for the fermilab direct neutral lepton facility;
comments on the impedances of the ssc shielded bellows at low frequencies due to the truncation of the wake fields;
impedances of corrugated beam pipe in the ssc intersection regions;
crossing simple resonances;
the fermilab tevatron and anti-p source status report;
nmr measurements in ssc dipole d00001;
microwave instability limits when driven by narrow resonances;
update on the tevatron muon shield;
a method to rapidly tune the halo spoilers of the tevatron muon beam;
the 5-cm aperture dipole studies;
review of the status of the fastbus standard routine specification;
surface contouring with a range finder;
report of the census task force on beamline control system requirements;
muon calculations for the polarized proton beamline;
meson west beamline spoiler magnets: electrical design and test report;
image digitizer system for bubble chamber laser;
fermilab central computing facility: energy conservation report and mechanical systems design optimization and cost analysis study;
simulation of bunches coalescing in the main ring, in the presence of a high frequency, wide band resonator; simulation of bunches coalescing in the main ring, in the presence of a high frequency, wide band resonator;
a technique for epoxy free winding and assembly of cos theta coils for accelerator magnets;
a device for precision dimensional measurement of superconducting cable;
1987
radiation shielding for 250-mev protons;
design charts for spacing of vacuum line supports;
electrical and mechanical design report of te muon toroids for the beamline to the muon laboratory;
deflection analysis for an ssc dipole with two external supports;
producing and supporting sharable software;
operational experience with superconducting synchrotron magnets;
anti-proton acceleration in the fermilab main ring and tevatron;
bunch coalescing in the fermilab main ring;
the new fnal booster to main ring beam transport system;
simulation of space charge effects and transition crossing in the fermilab booster;
simulation of a programmed frequency shift near extraction from the fermilab booster;
fnal booster intensity, extraction, and synchronization control for collider operation;
new low level rf system for the fermilab booster synchrotron;
acceleration gradient for the 400-mev linac upgrade;
initial operation of the tevatron collider;
full length prototype ssc dipole test results;
tests of prototype ssc magnets;
a one campus ssc;
the madc (multiplexed adc): how to make connections to it?;
1987 doe review: first collider run operation;
single wire drift chamber design;
an improved 8-gev beam transport system for the fermi national accelerator laboratory;
vms software for the jorway-411 interface;
list processing software for the lecroy-1821 segment manager interface;
skyshine from the ssc interaction regions;
review of the abort dump shown in the ssc conceptual design report;
checking the numbers for the labyrinths shown in the ssc conceptual design;
unorthodox method of calculating the activation of groundwater by routine ssc operations;
a multiple node software development environment;
simple instrumentation for testing of ceramic superconductors;
flux jumps in a pinch;
upgrading the tevatron to a 1-tev on 1-tev p p collider;
resistor cooling in a vacuum;
fast 4-ghz 8-ghz debuncher betatron stochastic cooling for the tevatron upgrade;
ssc dipole vacuum vessel support placement analysis;
limits on the transverse phase space density in the fermilab booster;
simulation of the capture process in the fermilab booster;
transition jump system for the fermilab booster;
finite element stress analysis of do test beam transporter mainframe assembly;
primer on beam dynamics in synchrotrons;
cryogenic instrumentation of an ssc magnet test stand;
vti: vme / ciprico interface routines;
vfi: vme / fastbus interface routines;
tests of prototype ssc magnets;
a programmable finite state module for use with the fermilab tevatron clock;
software support: preempting the quick question;
an investigation into flow regimes for two phase helium flow;
cryogenic testing at the ssc string test facility;
online monitoring of laser pulses using the gpib interface of a tektronix-2430 digital storage oscilloscope;
tests of cold helium compressors at fermilab;
vacuum deposition evaporator;
reflectometer for reflectance measurement of cherenkov counter mirrors;
fermilab accelerator control system analog monitoring facilities;
updated overview of the tevatron control system;
tracking results using a standard cell lattice;
report of the new rings study group;
svi: supervior interface routines;
measurements of magnetic field alignment;
the magnetic properties of the slc intersection region superconducting quadrupole triplets; the magnetic properties of the slc intersection region superconducting quadrupole triplets;
injection septum magnets for the loma linda medical accelerator;
residual radioactivity measurements along the pb target pile;
radioactivation considerations for the heb test beams and beam absorbers;
analysis of exposure due to work on activated components;
radioactivation in 'quiet' sections of the ssc;
estimates of the radioactivity produced in the proposed ssc beam absorbers;
design of the d0 overpass dispersion correction;
evolution of the 400-mev linac design;
debunching into a bucket of lower harmonic number;
fermilab d o experimental facility energy conservation report and mechanical systems design optimization and cost analysis study; fermilab d o experimental facility energy conservation report and mechanical systems design optimization and cost analysis STUDY;
two-dimensional studies of the disk and washer and side coupled resonant cavity structures;
1988
gregor mendel, genetics and the ssc;
design note of an air colled 2-ft x 2-ft x 10.5-ft long muon spoiler;
finite state tables for general computer programming applications;
ramping of solid iron analysis magnets in experimental areas: bm109 preliminary results; ramping of solid iron analysis magnets in experimental areas: bm109 preliminary results;
space charge effects in the main ring at 8-gev;
investigation of leaks in fiberglass reinforced pressure vessels by direct observation of hollow fibers in glass cloth;
the response of a fermilab designed ion chamber in pulsed photon fields;
argon spill test for e706;
exact solution of the derbenev-kondratenko n axis for a model with one resonance;
a 3-tev on 3-tev proton proton dedicated collider for fermilab;
thermophysical properties of argon; thermophysical properties of argon;
muon fluence measurements during the 1987 - 1988 fixed target run;
rf cavity primer for cyclic proton accelerators;
studies of one campus and two level configurations for ssc;
toroidal resonant impedances in rhic;
application of the argonne advanced acceleration test facility to development for conventional accelerators;
fast nonexplosive gases for drift chambers;
a new collider upgrade proposal: increasing the pbar p collider energy;
an eye for accuracy: coordinate measuring in an r & d environment;
the use of the fermilab anti-proton accumulator in medium-energy physics experiments;
study of two-dimensional transient cavity fields using the finite difference time domain technique;
anti-proton production and energy density limitations in targets for the fermilab anti-p source;
technical manual for calculating cooling pond performance;
conceptual design of a superconducting solenoid for a magnetic ssc detector;
on the calibration of tevatron beam position and intensity monitors used in e778;
prospects for 6-tesla to 10-tesla magnets for a tevatron upgrade;
comparison of muon flux measurements to halo monte carlo predictions;
explanation of persistent high frequency density structure in coalesced bunches;
the fermilab upgrade; the fermilab upgrade;
proposed design of samus toroid and its magnetic field calculation; proposed design of samus toroid and its magnetic field calculation;
fixed target issues for the tevatron upgrade; fixed target issues for the tevatron upgrade;
vii: vme / iorfi-ii interface routines;
fsmi - vme to lecroy-1821 interface routines: preliminary version;
design study of a medical proton linac for neutron therapy; design study of a medical proton linac for neutron therapy; design study of a medical proton linac for neutron therapy;
studies of time dependence of fields in tevatron superconducting dipole magnets; studies of time dependence of fields in tevatron superconducting dipole magnets;
time variations of fields in superconducting magnets and their effects on accelerators; time variations of fields in superconducting magnets and their effects on accelerators;
flux creep in a tevatron cable; flux creep in a tevatron cable;
tests of full scale ssc r & d dipole magnets;
third order transport with mad input; third order transport with mad input;
n k muon beam; n k muon beam;
energy deposition in tevatron magnets from beam losses in interaction regions; energy deposition in tevatron magnets from beam losses in interaction regions;
report on full scale horizontal cable tray fire tests: fy 1988; report on full scale horizontal cable tray fire tests: fy 1988;
beam-beam tuneshift during the tevatron squeeze; beam-beam tuneshift during the tevatron squeeze;
studies of the lbl cmos integrated amplifier / discriminator for randomly timed inputs from fixed target experiments;
wide band to 'double band' upgrade;
the design, fabrication, operation and maintenance of (41) 400-hp - 600-scfm helium screw compressor systems (five-year operation REPORT); the design, fabrication, operation and maintenance of (41) 400-hp - 600-scfm helium screw compressor systems (five-year operation REPORT);
the new experimental areas oxygen monitor; the new experimental areas oxygen monitor;
multiple gas analyzer sample test points;
1989
design for a new wide band neutral beam for the tevatron;
t type collimator;
linear beam-beam tune shift calculations for the tevatron collider; linear beam-beam tune shift calculations for the tevatron collider;
a measurement of muon fluences associated with the fermilab proton center charged hyperon beam;
coupled transverse motion; coupled transverse motion;
response of the d0 muon chamber to changes in voltage, incident angle, gas composition and oxygen contamination; response of the d0 muon chamber to changes in voltage, incident angle, gas composition and oxygen contamination;
accelerating polarized beams in tevatron; accelerating polarized beams in tevatron;
design principles for prototype and production magnetic measurements of superconducting magnets; design principles for prototype and production magnetic measurements of superconducting magnets;
a cryogenic test stand for full length ssc magnets with superfluid capability; a cryogenic test stand for full length ssc magnets with superfluid capability;
fermilab r & d test facility for ssc magnets; fermilab r & d test facility for ssc magnets;
the a0 abort system for the tevatron upgrade; the a0 abort system for the tevatron upgrade;
measurements of the gas pressure and the residual gas composition in the main ring; measurements of the gas pressure and the residual gas composition in the main ring;
argon and argon - oxygen glow discharge cleaning of the main ring beam pipe; argon and argon - oxygen glow discharge cleaning of the main ring beam pipe;
drcell: a software package for drift chamber cell design; drcell: a software package for drift chamber cell design;
understanding and improving the fermilab booster high field orbit; understanding and improving the fermilab booster high field orbit;
main ring bunch spreaders: past, 1987 / 1988 fixed target run, and proposed future; main ring bunch spreaders: past, 1987 / 1988 fixed target run, and proposed future;
performance of a lead radiator, gas tube calorimeter;
report of the ad hoc committee on test beam policy;
full length ssc r & d dipole magnet test results;
tevatron status;
single bunch intensity monitoring system using an improved wall current monitor;
the vertical alignment of the d0 overpass in the fermilab main ring; the vertical alignment of the d0 overpass in the fermilab main ring;
design and analysis of the ssc dipole magnet suspension system; design and analysis of the ssc dipole magnet suspension system;
status for suspension connection for ssc coil assembly; status for suspension connection for ssc coil assembly;
model ssc dipole magnet cryostat assembly at fermilab; model ssc dipole magnet cryostat assembly at fermilab;
ssc magnet mechanical interconnections; ssc magnet mechanical interconnections;
multilayer insulation (mli) in the superconducting super collider: a practical engineering approach to physical parameters governing mli THERMAL PERFORMANCE; multilayer insulation (mli) in the superconducting super collider: a practical engineering approach to physical parameters governing mli THERMAL PERFORMANCE;
design considerations for a large aperture high field superconducting dipole;
calculation of beam sweeping effect for the fermilab anti-proton source; calculation of beam sweeping effect for the fermilab anti-proton source;
numerically controlled oscillator for the fermilab booster; numerically controlled oscillator for the fermilab booster;
development of intrinsic ipt scintillator;
scintillating fiber ribbon tungsten calorimeter;
raising the acceptance of the ap2 line;
linear analysis of the momentum cooling fokker-planck equation;
results from the e-705 electromagnetic shower position detector; results from the e-705 electromagnetic shower position detector;
modifications and tests of mwpc mu0; modifications and tests of mwpc mu0;
experimental area power monitoring during shutdown;
neutron spectral measurements in the d0 collision hall; neutron spectral measurements in the d0 collision hall;
ssc superconducting dipole magnet cryostat model style b construction experience; ssc superconducting dipole magnet cryostat model style b construction experience;
the fermilab central computing facility architectural model;
piping instability resulting from bellows misalignment;
high intensity hadron accelerators; high intensity hadron accelerators;
fermilab fixed target beams from the main injector; fermilab fixed target beams from the main injector;
a main ring bunch length monitor by detecting two frequency components of the beam; a main ring bunch length monitor by detecting two frequency components of the beam;
underestimation of oxygen deficiency hazard through use of linearized temperature profiles;
technical memo on pbf-2 as a cherenkov radiator for em calorimetry;
exploratory orbit analysis of tevatron helical upgrade: one: a first look;
performance of the camex 64 silicon strip readout chip;
a novel flattop current regulated energy discharge type pulsed power supply and magnet yielding 4.4-kgauss meter for 6-milliseconds;
a new semicustom integrated bipolar amplifier for silicon strip detectors;
calculation of integrated luminosity for beams stored in the tevatron collider;
improved bunch spreader modules; improved bunch spreader modules;
radiation measurements inside the cdf detector;
an algorithm to calculate the beam momentum distribution from flying wire profiles; an algorithm to calculate the beam momentum distribution from flying wire profiles;
thermal conduction of ssc wire;
materials for ultrahigh vacuum;
mechanical and thermal behavior of a prototype support structure for a large silicon vertex detector (bcd);
thermal performance measurements of a 100-percent polyester mli system for the superconducting super collider: part 1. instrumentation AND EXPERIMENTAL PREPARATION (300-K - 80-K) thermal performance measurements of a 100-percent polyester mli system for the superconducting super collider: part 2. laboratory RESULTS (300-K - 80-K);
a blanket design, apparatus and fabrication techniques for the mass production of multilayer insulation blankets for the superconducting SUPER COLLIDER;
conceptual design report for a superconducting coil suitable for use in the large solenoid detector at the ssc;
tests of high gradient superconducting quadrupole magnets for the tevatron;
proton linac for hospital based fast neutron therapy and radioisotope production;
structural performance of the first ssc design b dipole magnet;
superconducting dipole magnet requirements for the fermilab phase-iii upgrade, ssc high-energy booster and fermilab independent COLLIDER;
loma linda: coherent instability survey;
ssc supplementary conceptual design report: cryogenics for detectors;
proposed method of assembly for the bcd silicon strip vertex detector modules;
upgrade of the proton west secondary beamline;
vacuum technology issues for the ssc;
limitations to very high rate wire chambers in fixed target geometries;
cooling water for ssc experiments: supplemental conceptual design report (scdr);
luminosity calculation;
providing a computing environment for a high-energy physics workshop;
considerations of bunch spacing options for multibunch operation of the tevatron collider;
a new tevatron collider working point near the integer;
the bellows at low beta and beam stabilities;
the design of a large aperture high field dipole;
an inexpensive tunnel antenna system for remote control of robots;
intrabeam scattering in the tevatron collider upgrade;
technical assessment of the loma linda university proton therapy accelerator;
proceedings of the workshop on physics at the main injector: held at fermi national accelerator laboratory, batavia, illinois, may 16 - 18, 1989;
the fermilab upgrade: an overview;
1990
design note of a 10,000-amp 2-mjoules dump resistor for the magnet test facility;
a solenoid shutoff valve specification for flammable gas systems;
measurements of the fermilab 200-mev transfer line quadrupole magnets;
future microprocessor farms: offline and online;
mass storage for microprocessor farms;
a nonlinear oscillator;
repetitive stern-gerlach effect;
16 channel ecl repeater;
new main ring control system;
user's guide to esme v.7.1;
mechanical support for straw tubes;
conceptual design for the ssc high-energy booster;
selfpropelled intube shuttle and control system for automated measurements of magnetic field alignment;
longitudinal emittance: an introduction to the concept and survey of measurement techniques including design of a wall current monitor;
ampacity test of 28 awg ribbon cables;
investigation of the mechanical properties of superconducting coils;
motion control of the accumulator flying wires;
guidelines for structural bolting in accordance with the aisc eighth edition 'manual of steel construction';
an application of differential geometry to ssc magnet end winding;
guidelines for structural bolting in accordance with the aisc ninth edition 'manual of steel construction';
vacuum deposition system;
a fast online event display for a high intensity fixed target spectrometer;
fermilab library projects;
fermilab library directions;
experimental evaluation of vertically versus horizontally split yokes for ssc dipole magnets;
some estimation concerning crossing transition of the main injector;
ssc dipole magnet measurement and alignment using laser technology;
ternary superconductor 'nbtita' for high field superfluid magnets;
on the electronics for experiment e687's trigger on hadron momenta;
mechanical support of superconducting coils;
calculation of tune versus amplitudes for the new low beta quadrupoles;
an investigation of thermally driven acoustical oscillations in helium systems;
trial operation of cold compressors in fermilab satellite refrigerators;
operation of a two phase return dewar in a satellite refrigerator;
canvas: c++ objects for easy graphics on an evans & sutherland ps390 terminal: user's guide;
study of drift tube resolution using numerical simulations;
a bottom collider vertex detector design, monte carlo simulation and analysis package;
cryostat design for the superconducting super collider 50-mm aperture dipole magnet;
cryostat design for the superconducting super collider;
accelerator magnet designs using superconducting magnetic shields;
degradation studies of fermilab low beta quadrupole cable;
superconducting current transducer;
measurement of time dependent fields in high gradient superconducting quadrupoles for the tevatron;
description of a small commutation spike filter for d.c. magnet spower supplies;
radiation studies in the anti-proton source;
design note of a 10,000-a, 1,000-vdc solid state dump switch for the magnet test facility;
experimental study of the main ring transition crossing;
main ring transition crossing simulations;
proceedings of the fermilab iii instabilities workshop, held at fermilab june 25-29, 1990;
fermilab physics program for the 1990s;
temperature control feedback loops for the linac upgrade side coupled cavities at fermilab;
a simplified, improved method for making amplifier equivalent noise charge measurements using a new generation digitizing oscilloscope;
effects of radiation damage on z mass resolution in the process h ---> z z ---> e e e e;
8-mm video tape test;
strain energy minimization in ssc magnet winding;
deflecting modes of the side coupled cavity structure;
the winds of fermilab;
the social structure of 'experimental' strings at fermilab: a physics and detector driven model;
a longitudinal emittance measurement program for the fermilab booster;
modeling a ferrite tuned rf cavity;
jet energy resolution of the sdc detector;
fermilab physics department tvc chip;
ssd module specifications and as-built hardware descriptions;
1991
table of tables: a database design tool for sybase;
beam dump designs and muon rates in main injector kaon experiments;
longitudinal periodicity in superconducting dipole magnets;
phase and amplitude tuning procedures for the fermilab linac;
shielding scaling calculations;
an esme update (version 7.2);
the fermilab upgrade linac: dynamics design process;
transrex 500-kw power supply transductor upgrades;
procedures for application of don cossairt's casim calculations in tm-1140 to bulk shielding;
detecting thrust bearing failures on screw compressors;
education programs at the doe national laboratories: benefits to teachers and students;
design development for the 50 mm superconducting super collider dipole cryostat;
investigation of factors affecting the calibration of strain gauge based transducers ('goodzeit gages') for ssc magnets;
design of the multilayer insulation system for the superconducting super collider 50-mm dipole cryostat;
the effect of particulate debris on the insulation integrity of ssc coils during molding and collaring;
design and analysis of the 50-mm collider dipole vacuum vessel;
stress relaxation in ssc collared coils and their component materials;
investigation of the elastic modulus of ssc coils;
anti-proton production for tevatron;
initial results from 50-mm short ssc dipoles at fermilab;
the behavior of the tevatron at energies greater than 1000-gev;
radiation shielding tests in the meson beamline in the master substation area;
synchrotron phase transition crossing using an rf harmonic;
coil end design for the ssc collider dipole magnet;
effect of inert material on z z mass resolution for h ---> z z ---> e e e e;
alternate design concept for the ssc dipole magnet cryogenic support post;
mechanical design and analysis of the 2-d cross-section of the ssc collider dipole magnet;
dijet mass resolution and compensating calorimetry;
controlled temperature heat exchanger for cryogenic transfer lines;
a note on the automated differentiation of implicit functions;
some design considerations for pbar target sweeping station;
building a productive year round teacher, researcher, student interaction;
ssc 50-mm collider dipole cryostat single tube support post conceptual design and analysis;
an approximate hspice model for orbit low noise analog bipolar npn transistors;
mechanical design and analysis of the horn, a magnetic lens, for the main injector neutrino program;
technical memo on new results on csi photocathodes: enhancement and aging;
performance of a new monolithic eight channel charge sensitive preamplifier shaper;
estimates of fermilab tevatron collider performance;
end designs for superconducting magnets;
a compilation of the data on the low beta spools;
the design, fabrication, operation and maintenance of d0 prototype 1/2-hp 170-scfh gas recirculating filtration blending system;
energy and energy width measurement in the fnal anti-proton accumulator;
t839 fiber tracking transporter at new muon lab;
shock waves in anti-p target;
ripple filter for the 10,000-a superconducting magnet test stand at the magnet test facility;
a combination drift chamber / pad chamber for very high readout rates;
'massless gaps' for solenoid plus calorimeter;
1992
general p-t fit construction for he, n-2, ar, h-2 and nevpt used at fermilab;
pump down rate for srf cavities;
radiation damage of tile / fiber scintillator modules calorimeter;
prototype sdc muon alignment position monitoring concepts;
measurements of the beta function near the b0 interaction point;
evaluation of foxfet based ac coupled si strip detector prototypes for cdf svx upgrade;
network load of x terminals at cdf;
preconceptual design of a proton therapy accelerator;
talks on fermilab experiments at the 1992 aps meetings;
review procedures for experiments: environmental, safety and health;
pfx: procedures for experimenters, fermilab;
fermilab program through 1997 and beyond: supplemental materials submitted to the 1992 hepap subpanel on their site visit to fermilab, February 27-28, 1992;
the acpmaps system: a detailed overview;
rf voltage modulation at discrete frequencies with applications to crystal channeling extraction;
development of radiation hard scintillators;
gradient and harmonic field measurements of the 4q120 quadrupole;
field calculation of d0 toroids and comparison with measurement, may 29, 1992;
a computer algorithm for automatic beam steering;
implementation of a low-energy proton line from the fermilab linac;
tesla test cell cryostat support post: thermal and structural analysis;
reasons for the removal of tevatron dipoles from the tunnel: a summary;
multiple time constant pulse shaper;
anti-proton accumulator in the main injector era;
a study of the intel etann vlsi neural network for an electron isolation trigger;
source calibrations and sdc calorimeter requirements;
anti-proton noise source for the tevatron;
particles and prairies: the fermilab prairie savannah;
the effects of cracks on calorimeter response in the sdc 'dogleg' design;
ps1 satellite refrigerator heat exchanger: failure of the ln2 heat exchanger to low pressure helium;
anti-proton accumulator in the main injector era. 2.;
the evolution of cryogenic safety at fermilab;
astm hardness and yield strength testing on stockroom bolts;
effective length measurements of prototype main injector diopole endpacks;
test results of bm109 magnet field stability during ramping;
energy discharge heater power supply: fnal drawing #1670-ec-307031/307032;
radiation damage in the sdc hadronic endcap calorimeter;
field shape measurements of prototype main injector dipole endpacks;
a feedback microprocessor for hadron colliders;
1993
mechanical safety subcommittee guideline for design of thin windows for vacuum vessels; mechanical safety subcommittee guideline for design of thin windows for vacuum vessels;
a generalized trl algorithm for s parameter deembedding;
beam transfer at e0: an overview;
tevatron reverse injection;
tevatron injection timing;
from beneath the ashes: the prairie, above, on and beneath the ground;
magnetic fields and sdc endcap scintillator performance;
dead material and energy measurements in hadronic calorimeters;
spectrometer beam tube dimensional optimization;
magnetic field effects on endcap em calorimetry in sdc;
silicon crystal under bending;
longitudinal information and radiation damage in em calorimetry;
sdc preshower depth and weighting factor using hanging file data;
magnet power supply regulation comments 240-kw and 500-kw magnet power supplies;
welding of niobium to stainless;
overview of a robotic system for azimuthal dimensions of ssc dipole coils;
research division flammable gas system: calibration procedure and stability studies;
topics in radiation at accelerators: radiation physics for personnel and environmental protection; topics in radiation at accelerators: radiation physics for personnel and environmental protection;
user's guide to esme v. 8.0;
electrical design note for a 5000-adc, 230-microhenry power supply filter choke;
sampling nonuniformity in the sdc calorimeter em / had boundary;
high counting rate resistive plate chamber;
physics impact of the sdc endcap hadronic cracks;
magnetic measurements on the magnets used in the new low beta insertions at b0 and d0;
design and production of a hermetic bayonet isolation valve;
development of a high quality kicker magnet system;
an esme update: v. 8.05;
betatron stochastic cooling in the debuncher: present and future;
impedance issue of corrugated beam pipe from cdf;
"""massless gap"" corrections to the sdc em energy resolution";
pulsed laser for testing silicon strip detectors;
data collection for ground water study;
ground water migration of radionuclides at fermilab;
linac bpm cable phase matching;
beam profile monitors used in the fermilab fixed target beamlines;
comments about the use of a zigzag transformer to reduce the neutral current created by unbalanced nonlinear loads;
the effect of inoperative readout layers on sdc calorimetry;
user's guide to esme v. 8.1;
a beam sweeping system for the fermilab anti-proton production target;
wire bonding svx prime silicon ladders using the k&s 1478 wirebonder;
bt14 reference guide;
energy losses in the d0 beta solenoid cryostat caused by current changes;
report on first tesla window assembly test;
proposal for fermilab remote access via isdn (version 1.0);
pa1317(l13): a linac bpm calibration program;
radiation hardness of 3hf-tile / o2-wls fiber calorimeter;
new radiation stable and longlived plastic scintillator for the ssc;
development of radiation hard scintillators;
design of new polymers to improve radiation stability of plastic scintillators;
an overview of plastic optical fiber end finishers at fermilab;
a magnetically coupled quench detector for superconducting magnets;
an assessment of alternatives for replacing freon-113 in bench type electrical circuit board cleaning at fermi national accelerator Laboratory;
quality factor measurements at ntf;
final results from the sdc dopant search for new green wavelength shifting (wls) fibers: vol.2;
summary of the radiation damage studies of the sdc dopants in polystyrene;
report iii on switchyard beam position monitor;
1994
observations and computations of higher energy collective effects in the fermilab booster;
cryogenic process simulation;
the future of high-energy physics in the united states: statement for the science subcommittee of the house science, space and Technology Committee;
the future of high-energy physics in the united states: statement for the 1994 hepap subpanel;
optimizing the length of the stores and related effects;
phenomenological optimization of weekly integrated collider luminosity;
impedance and instability threshold estimates in the main injector i;
canopy version 7.0: canopy manual;
magnet coil shorted turn detector;
missing energy induced by thin hadron calorimetry;
sign selected quadrupole train;
detecting thrust bearing failure within a screw compressor;
conceptual design of a 2-tesla superconducting solenoid for the fermilab d0 detector upgrade;
particle physics;
local dispersion insert: the gamma t knob for accelerators;
description and calibration: beamline sem/ion chamber current digitizer;
tevatron lower temperature operation;
problem analysis and new design of tesla coupler;
a beginners guide to the svxii;
a preliminary power consumption estimate for a toroid spoiler magnet proposed for the pwest upgrade;
optimization of cms hcal parameters using hanging file test data;
a high speed, wide dynamic range digitizer circuit for photomultiplier tubes;
xwake 1.0 user's manual;
asymmetric anti-proton debuncher: no bad mixing, more good mixing;
casim input parameters for various materials;
the effect of azimuthal inert material on the cms hadron calorimeter;
high brightness symmetric emittance rf photoinjector preliminary design report;
modeling the fermilab collider to determine optimal running;
multibatch p-bar production via snap coalescing: a plan to produce approximately 5 c more anti-protons / cycle using mostly existing equipment;
derivation of coupling impedance from the wake potential of a finite bunch;
the effect of beam intensity on the estimation bias of beam position;
standardization of cdf and d0 reported luminosities;
a longitudinal bunch monitoring system using labview and high speed oscilloscopes;
introduction to colliding beams at fermilab;
procedure to determine the two channel timing measurement accuracy and precision of a digital oscilloscope;
change to the d0 luminosity monitor constant;
operation and tests of a ddc101 a/d;
the e760 jet target: measurements of performance at 77-k;
coupling in the tevatron;
measurement of the d0 wamus magnet inductance;
technology transfer at doe dedicated program laboratories: a workshop;
132-nsec bunch spacing in the tevatron proton - anti-proton collider;
1995
beam-beam interaction effects;
environment monitoring using labview;
lattice function measurement with tbt bpm data;
the 8-gev transfer line injection into main ring;
preliminary design note for a direct coupled 200000-amp neutrino horn power supply with energy recovery;
characteristics of the lab-d laser test setup;
calculated secondary yields for proton broadband using decay turtle;
calculated dose rates in halls using casim;
coating power rf components with tin;
reducing process noise in superconducting helium liquid level probes;
screw compressor bearing failure at co #4;
a prototype lattice design for a 2-tev mu+ - mu- collider;
design notes for the next generation persistent object manager for cap;
testing of the scintillation sandwich prototype;
recycler ring conceptual design report;
magnetic fields and scintillator performance;
low intensity configuration at ntf for microdosimetry and spectroscopy;
some test of avalanche photodiodes produced by advanced photonix, inc.;
ground water activation calculations for e872;
mechanical design of cdf end plug optical system;
status report: technical design of neutrino beams for the main injector (numi);
a study into lowering beam trajectories in p01;
present status of anti-p p elastic and total cross-section data;
recycler model magnet test on temperature compensation for strontium ferrite;
neutrino beams using the main injector;
effect of dead material in a calorimeter;
report on the fermilab pilot n&s closure process;
laser stripping of relativistic h- ions with practical considerations;
1996
topics in modern physics teacher resource materials: elementary particles;
improvement to the d0 luminosity monitor constant;
coil end design for the lhc dipole magnet;
hadron calorimeter performance with a pbwo-4 em compartment;
vibrational analysis of tevatron quadrupoles;
tickling c: aq7;
collider shot setup for run ii observation and suggestions;
uniformity requirements in cms hadron calorimetry;
field shape of the accumulator lda dipoles;
discussion of parameters, lattices and beam stability for the megacollider;
nlc positron production target; nlc positron production target;
use of passive repeaters for tunnel surface communications;
rotations of the low beta quadrupoles: coupling in the tevatron and the effect on the luminosity;
aspects of operation of the fermilab booster rf system at very high intensity;
an asymmetric mu - p collider as a quark structure microscope: luminosity consideration;
fermilab collider run 1b accelerator performance;
impedances and beam stability issues of the fermilab recycler ring;
quasar target selection fiber efficiency;
transverse effects of microbunch radiative interaction;
preliminary report on the utilization of the fermilab site for a future accelerator;
low cost hadron colliders at fermilab: a discussion paper;
straw man 900 - 1000 gev crystal extraction test beam for fermilab collider operation;
report of the transition crossing miniworkshop, may 20-23, 1996, fermilab, batavia, il;
fermilab recycler ring technical design report. rev. 1.1;
beam-beam interaction effects for separated beams in a proton - anti-proton collider;
problems in the design of a proton driver for a mu mu collider;
in-situ calibration of the cms hcal detector;
ground-water activation from the upcoming operation of mi40 beam absorber;
simple model of calorimeter sampling response in a magnetic field;
"""pipetron"" beam dynamics with noise";
emittance formula for slits and pepper pot measurement;
fixed target flammable gas upgrades;
very fast kicker for accelerator applications;
the fermilab recycler ring technical design report. rev. 1.2;
electron optics in hybrid photodetectors in magnetic field;
contributions to the second workshop on medium-energy electron cooling - meec96: organizer's greeting;
preface: the second workshop on medium-energy electron cooling meec96;
contributions to the second workshop on medium-energy electron cooling - meec96: status of r & d activities and plans;
electron cooling for the fermilab recycler: present concept and provisional parameters;
physical installation of pelletron and electron cooling system;
high-energy electron cooling;
electron guns and collectors developed at inp for electron cooling devices;
electron beam focusing system;
limitations on the applicability of fodo lattices for electron cooling;
workshop on medium-energy electron cooling: proceedings of the working group on guns and collectors;
a simple analog clock used for reducing pedestal noise;
1997
extensions of the longitudinal envelope equation;
feasibility study on the installation of a flying wire system in the collision region;
d0 luminosity monitor constant for the 1994-1996 tevatron run;
charge collection in a hybrid photodetector;
an imaginary gamma(t) lattice with dispersion - free straights for the 50-gev high intensity proton synchrotron;
contributions to the second workshop on medium energy electron cooling - meec96;
recent transition crossing results from the fermilab main ring;
the d0 luminosity monitor constant for s**(1/2) = 630-gev;
crossing angle induced dispersion in lhc;
a virtual library of technical publications; a virtual library of technical publications;
the fermilab farms in 1996;
variations in the wide band and narrow band beams for numi;
electron compression of beam-beam footprint in the tevatron;
groundwater protection for the numi project;
zgoubi users' guide version 4;
siemens programmable variable speed dc drives applied to wet and dry expansion engines;
fast pin-diode beam loss monitors at tevatron;
test of dep hybrid photodiodes;
switchyard in the main injector era conceptual design report;
power loss to tevatron beam pipe;
on the effects of fringe fields in the recycler ring;
concerning effects of fringe fields and longitudinal distribution of b(10) in lhc low-beta regions;
conceptual design for the technical components of the neutrino beam for the main injector (numi);
d0 rototrack: first stage of d0 2 tesla solenoid field mapping device;
correction of vertical crossing induced dispersion in lhc;
a development plan for the fermilab proton source;
ktev beam systems design report;
analytical theory of multipass crystal extraction;
test of the dep hybrid photodiode in 5 tesla magnet;
the fermilab program for the next decade: a response to the gilman hepap subpanel;
minimizing the pacman effect;
electron lens to compensate bunch-to-bunch tune spread in tev-33;
a kaon physics program at the fermilab main injector;
on possibility to increase the tmci threshold by rf quadrupole;
rack protection monitor - a simple system;
the use of low resistivity substrates for optimal noise reduction, ground referencing, and current conduction in mixed signal asics;
preliminary results of stability study for the ktev beam;
1998
preparing printed circuit boards for rapid turn around time on a protomat plotter;
high intensity muon storage rings for neutrino production: lattice design;
effect of hybrid photodiode signal increase in a magnetic field parallel to the hpd electric field;
nutev ssqt performance;
technical design report for the upgrade of the icd for d0 run ii;
on transverse mode coupling instability in vlhc;
an insertion to eliminate horizontal temperature of high-energy electron beam;
the fermilab computing farms in 1997;
cdf forward shielding for run ii;
performance of the ktev high-energy neutral kaon beam at fermilab;
electron beam distortions in beam-beam compensation set-up;
cost model for a 3-tev vlhc booster tunnel;
suppression of bunch transverse instabilities by the chamber asymmetry;
arise: american renaissance in science education. three year high school science core curriculum. a framework;
beam stability issues of 3 tev low field collider;
introduction to collective instabilities - longitudinal and transverse;
observation of stimulated raman scattering in an optical fiber at the fermilab a0 photoinjector;
impedances and collective instabilities of the tevatron at run ii;
digitizing legacy documents: a knowledge-base preservation project;
weighting mean timers for high-energy physics electronics;
electron cooling for rhic;
passage through a transverse magnetic slab;
an rf separated kaon beam from the main injector : superconducting aspects;
prospectus for an electron cooling system for the recycler;
polishing optical fibers for the d0 icd in run ii;
the masda-x chip - a new multichannel asic for readout of pixelated amorphous silicon arrays;
1999
measurement of the hybrid photodiode response - fiber optic window;
a method to calculate limits in the absence of a reliable background subtraction;
optical isolation of scintillating tiles using tio-2 doped epoxy for the d0 icd in run ii;
comparison of fiber polishing techniques;
minos detector steel magnetic measurements;
minos test toroid magnetic measurements;
comparison of the total cross-sections measurements of cdf and e811;
muon colliders : a vision for the future of fermilab;
muon storage ring neutrino source: the path to a muon collider?;
report on booster high pulse repetition rate operation tests conducted on march 29, 1998;
smqie: the shower max qie chip;
the fermilab computing farms in 1998;
capacitor mismatch caused by oxide thickness variations in submicron i.c. processes;
theory of the autozero box and the transverse tune measurement system of the tevatron;
retrospective application of online catalog author authority control : a pilot project;
iron dominated resistive magnets;
design study of 45-mm bore dipole magnet for 11 to 12 tesla field;
tritium production in the dolomitic rock adjacent to numi beam tunnels;
combining the top quark mass results for run 1 from cdf and d0;
main injector lcw (low conductivity water) control system;
cub di (deionization) column control system;
a measurement of non-em backgrounds in the fermilab wide band e+ e- beam;
jet calorimetric trigger;
production and release of airborne radionuclides due to the operation of numi;
intensity dependent instability issues for electron rings;
physics history books in the fermi national accelerator laboratory (fermilab) library, 1999;
effects of inflow on numi groundwater concentrations;
lhc irq cryostat support mechanical performance;
parameterization of hysteresis effects in accumulator quadrupole magnets;
modeling, measurement and construction of the stripline kickers for the tevatron transverse dampers;
electrooptic measurement of the wake fields of 16-mev electron bunches;
2000
beauty and charm at fermilab: an introduction to particle physics;
the investigation of environmental radiological vulnerabilities at fermilab;
single phase helium recooling in a tevatron spool piece;
peak finding using biorthogonal wavelets;
how well do we need to know the beam properties at a neutrino factory?;
chemical and radiochemical background concentrations of geologic materials beneath fermilab;
a recipe for the construction of confidence limits;
main injector beam to the new muon and meson areas;
emittance growth for the lhc beams due to head-on beam-beam interaction and ground motion;
beam emittance calculation in the presence of an axially symmetric magnetic field;
a new mtest beamline for the 1999 fixed target run;
the fermilab computing farms in 1999;
environment, safety, and health considerations for a neutrino source based on a muon storage ring;
calculation of the radioactivity produced in the cooling loops of the cdf svx ii detector;
casim and ground water activation calculations at the a0 abort;
courant-snyder parameters of beam adapters;
mad parsing and conversion code;
search for a c0 ir design using existing magnets;
anti-proton and electron optics for electron cooling;
feasibility of the utilization of bnct in the fast neutron therapy beam at fermilab;
how to construct a second order achromat with a 90-degree phase advance;
beam sweeping system;
the effect of noise on transverse emittance growth in the tevatron;
conceptual designs for ir optics at c0;
world views in the siunits package;
simulations of the tevatron beam dynamics with beam-beam compensation;
space-charge compensation in high-intensity proton rings;
light source unit for hybrid photodiode calibration;
e781 hyperon beam and targeting system;
what, why and who, is icfa?;
a scheme to extract a low intensity slow spill main injector beam to the meson area without compromising anti-proton production rate;
user's guide to esme 2001;
energy distribution in a relativistic dc electron beam;
dynamic aperture of the recycler ring;
radioactivation of coolant in the e-823 d0 silicon tracker;
the proton driver design study;
high-frequency buncher and phi delta-e rotation for the mu+ - mu- source;
instrumentation of a reconditioned robbins tunnel boring machine - 106th street tunnel;
2001
double alpha mebt for h- beam;
c0 low-beta optics;
new multithreaded code for calculating longitudinal collective instabilites using computers with multiprocessors;
report of the fermilab committee for site studies;
the effect of dividing the magnets on the calculation of the recycler dynamic aperture;
rf design of a transverse mode cavity for kaon separation;
measured longitudinal beam impedance of booster gradient magnets;
flammability tests on d0 run ii muon pdt gas and p-10 gas;
stability issues of the vlhc rings;
excitation of the synchro-betatron resonances by the beam-beam interaction in the tevatron run ii lattice;
design study for a staged very large hadron collider;
the fermilab computing farms in 2000;
betatron tune shifts and laslett image coefficients;
derivation of effectiveness-ntu method for heat exchangers with heat leak;
space charge and beam stability issues of the fermilab proton driver in phase i;
a method for calculating longitudinal phase space distribution when given the time profile of the bunch;
distributed processing and analysis of physics data in the d0 sam system at fermilab;
tevatron optics with magnet moves for roman pots at cdf;
vlhc accelerator physics;
miniboone liner integrity study;
cost optimization of a hadron collider;
observation of the spread of the readings in the linac toroids and bpms;
results of hybrid photodiode irradiation by 200-mev protons;
a fast way for calculating longitudinal wakefields for high q resonances;
the miniboone detector technical design report;
2002
viewmaps and calibration in the siunits package;
polarized rf guns for linear colliders. an icfa workshop, fermilab, batavia, april 18-20, 2001;
status of the low-energy linac 200-mhz rf stations;
remote operation of the fermilab / nicadd photoinjector;
method to control the amount of helium delivered during leak testing;
proton driver study. ii. (part 1);
distribution of minimum distance among n random points in d dimensions;
analytic studies of the long range beam-beam tune shifts and chromaticities;
tevatron bunch length studies at cdf;
beam effects from an increase of linac current from 40 ma to 49 milliamperes;
a modular optics design for the numi beamline;
sam managed cache and processing for clusters in a worldwide grid-enabled system;
residual radiation studies at ap0;
anti-proton acceleration in the main injector with rf at harmonic number h = 28 or h = 84;
analysis of lifetime data for the linac 201 mhz power amplifiers;
report on the tesla engineering study / review;
pdii - additional discussion of the dynamic aperture;
a doublet c0 ir solution using existing magnets;
photo-cathode preparation system of the a0 photoinjector;
double intensity injection for anti-proton production;
the tevatron bunch by bunch longitudinal dampers;
momentum errors in an rf separated beam;
the hopf's limiting cycle -- a method to measure the electron cooling force;
a linac afterburner to supercharge the fermilab booster;
damping of coupled bunch instabilities by rf frequency modulation;
beam simulation tools for geant4 (bt-v1.0) user's guide;
lithium: measurement of young's modulus and yield strength;
run ii data analysis on the grid;
synchro-betatron resonances in the 8-gev proton driver;
measured longitudinal beam impedance of a tevatron separator;
tevatron stripline turn by turn data showing differential head - tail positions;
2003
a full custom, high - speed floating point adder;
a new kind of vacuum tube for proton driver;
muon cooling channels;
3d visualization for the mars14 code;
the cdf iib detector: technical design report;
coupled - bunch instabilities of the tevatron at run ii;
comparison of the tesla, nlc and clic beam collimation system performance;
apparatus for measuring rrr;
tevatron separator beam impedance;
dancing bunches at the tevatron;
the tevatron transverse dampers;
comparison of tevatron c0 and f0 lambertson beam impedance;
mars14 simulation of fermilab 120-gev beam dumps;
the fermilab computing farms in 2001 - 2002;
higher order modes of a 3rd harmonic cavity with an increased end-cup iris;
dispersion and orbit distortions in the tevatron: a comparison of measurements with a computer model;
electron cooling against ibs for high energy colliders;
impact of the a48 collimator on the tevatron b0 dipoles;
a proposed interim improvement to the tevatron beam position monitors with narrow band crystal filters;
collective instabilities;
radiation shielding of extraction absorbers for a fermilab photoinjector;
radiation load to the snap ccd;
survey data of booster magnet misalignments;
field measurements in the fermilab electron cooling solenoid prototype;
compensation of dogleg effect in fermilab booster;
mcm ii and the trip chip;
testing of the trip chip running at 132 nsec using a modified afe board;
time - of - flight measurement in the dzero central fiber tracker;
2004
accelerator / experiment operations - fy 2001 through fy 2003;

Fermilab tm list

1968

1969

1970

1971

1972

1973

1974

1975

1976

1977

1978

1979

1980

1981

1982

1983

1984

1985

1986

1987

1988

1989

1990

1991

1992

1993

1994

1995

1996

1997

1998

1999

2000

2001

2002

2003

2004