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1. fermilab-pbar-note-001 Lambertson, G.
Stochastic Cooling-What is the Basic Reality?
2. fermilab-pbar-note-002 Ruggiero, A.G.
Luminosity and Beam-Beam Tune Shift for Pbar
3. fermilab-pbar-note-003 Ruggiero, A.G.
Calculation of Pbar Production
4. fermilab-pbar-note-004 Ruggiero, A.G.
Debunching and Rebunching of the Beam at Lower Numbers Befor
5. fermilab-pbar-note-005 Ruggiero, A.G.
Stochastic Cooling
6. fermilab-pbar-note-006 Crosbie, E.
Comments on Practical Cooling Parameters
7. fermilab-pbar-note-008 Hiddleston, H.R.
Surplus ZGS Magnet Collector Rings
8. fermilab-pbar-note-010 Ruggiero, A.G.
Computer Simulation of Momentum Stochastic Cooling
9. fermilab-pbar-note-012 Rubbia, C.
Focusing Antiprotons Inside the Production Target
10. fermilab-pbar-note-013 Crosbie, E.
RF Unstacking Requirements
11. fermilab-pbar-note-015 Ruggiero, A.G.
Program STCOO to Simulate Stochastic Cooling
12. fermilab-pbar-note-016 Ruggiero, A.G.
How Short Can We Make the Bunches in the Main Ring by Raisin
13. fermilab-pbar-note-017 Colton, E.
100 GeV/c Transport with the Lithium Lens
14. fermilab-pbar-note-019 Meshkov, I.
The Influence of Quadrupole Fields on Electron Beam Motion i
15. fermilab-pbar-note-020 Simpson, J.
RF Unstacking Efficiency
16. fermilab-pbar-note-021 Johnson, D.E.
New Thoughts on the Extended electron Cooling Ring Lattice
17. fermilab-pbar-note-022 Mills, F.E.
Flux Line and Electron Beam Motion in Solenoid and Quadrupol
18. fermilab-pbar-note-024 Meshkov, I.
The Nonlinear Effects Estimation for Protons, Antiprotons Pa
19. fermilab-pbar-note-025 Johnson, D.E.
The Influence of a Combined Quadrupole-Solenoid Field on an
20. fermilab-pbar-note-026 Simpson, J.
Momentum Cooling in the Precooler as Simulated by Integratin
21. fermilab-pbar-note-027 Teng, L.
Precooler Ring-Lattice
22. fermilab-pbar-note-028 Teng, L.
Precooler-RF
23. fermilab-pbar-note-029 Teng, L.
200-MeV Transport
24. fermilab-pbar-note-031 Leeman, C.
Transverse Cooling in Precooler
25. fermilab-pbar-note-041 Johnson, D.E.
Fast Electron COoling and an Expanded Electron Cooling Ring
26. fermilab-pbar-note-042 Ruggeiro, A.G.
Critical Review of the Theories on the Longitudinal Instabil
27. fermilab-pbar-note-043 Kells, W.
Methods for Longitudinal Cooling by Large Factors in a Pbar
28. fermilab-pbar-note-044 Griffin, J.
Acceleration in the Precooler
29. fermilab-pbar-note-045 Lennox, A.
Controls and Diagnostics (Withdrawn)
30. fermilab-pbar-note-046 Colton, E.
Optics Design From Pbar Target to Precooler
31. fermilab-pbar-note-047 Ruggeiro, A.G.
A Third, More Reliable Scheme to Collect Antiprotons at Ferm
32. fermilab-pbar-note-048 Ruggeiro, A.G.
Sequence of Deceleration and Stochastic Cooling of Antiproto
33. fermilab-pbar-note-049 Ruggeiro, A.G.
On teh Effects of Inserting Long Cooling Regions
34. fermilab-pbar-note-050 Colton, E.
Optics of the 200-MeV Cloverleaf
35. fermilab-pbar-note-051 Kells, W.
Features of Transit-Time Cooling with Deceleration
36. fermilab-pbar-note-052 Crosbie, E.A.
A Program for Stub Filter Cooling in the TIme Domain
37. fermilab-pbar-note-054 Ruggeiro, A.G.
Coulomb Scattering with the Residual Gas in the Electron Coo
38. fermilab-pbar-note-055 Ruggeiro, A.G.
Note on Nuclear Scattering in the Electron Cooling Ring
39. fermilab-pbar-note-056 Kells, W.
Wave guide Longitudinal Pickup
40. fermilab-pbar-note-057 Simpson, J.D.
Asymptotic Distributions for Stochastic Momentum Cooling in
41. fermilab-pbar-note-058 Foss, M.H.
Fermilab Pbar Precooler Ring
42. fermilab-pbar-note-059 Ruggeiro, A.G.
The Theory of a Non-Linear System in Presence of Noise (The
43. fermilab-pbar-note-060 Ruggeiro, A.G.
A Theorem about the Integratability of the Two-Dimensional B
44. fermilab-pbar-note-061 Ruggeiro, A.G.
Crossing a Single Weak Non-Linear Resonance
45. fermilab-pbar-note-063 Garren, A.
Symmetric Long Straight-Sections for the Doubler
46. fermilab-pbar-note-064 Kells, W.
Arnold Diffusion Enhancement of Beam Beam Interaction
47. fermilab-pbar-note-065 Garren, A.
Tevatron Lattice with Partly Symmetrical Low
48. fermilab-pbar-note-066 Krienen, F.
Fast Moving Wires for Luminosity Measurements
49. fermilab-pbar-note-067 Krienen, F.
Frank Kreinen tald May 6, 1980
50. fermilab-pbar-note-068 Johnson, D.E.
New Design for Transport Line from Linac to Cooling
51. fermilab-pbar-note-069 Kells, W.
New Approach to Stochastic Momentum Cooling
52. fermilab-pbar-note-072 Johnson, D.E.
A Compendium of Low-b Straight Section Designs
53. fermilab-pbar-note-073 Colton, E.
Modified Proton Transport from Linac to Cooling RIng
54. fermilab-pbar-note-074 Griffin, J.
Bunch Compression in teh Main Ring for Pbar-P Physics
55. fermilab-pbar-note-075 Colton, E.
The Aberrations of the 100 GeV/c Proton Transport Line
56. fermilab-pbar-note-076 Miyahara, Y.
Elementary Consideration of the Schottky Signal
57. fermilab-pbar-note-077 Miyahara, Y.
Chromaticity and Stop Band of the Third Resonance in the Pre
58. fermilab-pbar-note-079 Lambertson, G.
Notes of AA Cooling from VIsit July 14-15, 1980
59. fermilab-pbar-note-080 Bisognano, J.J.
Kinetic Equations for Stochastic Cooling
60. fermilab-pbar-note-082 Kells, B.
Using Phase Space Trading
61. fermilab-pbar-note-084 Krienen, F.
Analysis of the Antiproton Target Train
62. fermilab-pbar-note-085 Johnson, D.E.
Skew-Wuad Compesation for Solenoidal Fields in Cooling Ring
63. fermilab-pbar-note-086 Colton, E.
Antiproton Transport to Precooler
64. fermilab-pbar-note-088 Johnson, D.E.
Proton Extraction Co-ordinate System
65. fermilab-pbar-note-089 Ruggiero, A.
One More Scheme to Produce a High Intensity Antiproton Beam
66. fermilab-pbar-note-091 Kline, D.B.
The Development of Bright Antiproton Source and Energy Densi
67. fermilab-pbar-note-092 King, E.J.
The SWIC Project
68. fermilab-pbar-note-093 Moenich, J.
Precooler Ring Vacuum System
69. fermilab-pbar-note-095 Ohnuma, S.
An example of RF Capture in the Precooler
70. fermilab-pbar-note-096 Kells, W.
Projections of 4-Dimesion Phase Space Flow Non-existence of
71. fermilab-pbar-note-097 Ruggiero, A.G.
Calculation of Proto-Antiproton Target Efficiencey (Yield)

1. fermilab-pbar-note-100 Ruggiero, A.G.
Calculation of Proton-Antiproton Target Efficiency (Yield Mo
2. fermilab-pbar-note-101 Krienen, F.
Antiproton Yeild form a Production Target
3. fermilab-pbar-note-102 Ruggiero, A.G.
A Scheme to Produce a High-Intensity Antiproton Beam with Pr
4. fermilab-pbar-note-103 Ruggiero, A.G.
An All-Stochastic Scenario
5. fermilab-pbar-note-104 Neuffer, D.
Simulation of RF Rotation
6. fermilab-pbar-note-105 Ohnuma, S.
Changing the Transition Energy in the Main Ring
7. fermilab-pbar-note-107 Colton, E.
Antiprotn Transport to Precooler II
8. fermilab-pbar-note-108 Kells, W.
All Electron, Cooling Scenario (?)
9. fermilab-pbar-note-109 Krienen, F.
Elctron Cooling of Protons with Large Momentum Bite
10. fermilab-pbar-note-110 Canada, C.V.
Outdoor Dose Rates for the Antiproton Target Area
11. fermilab-pbar-note-111 Colton, E.
Background Fluxes injected into the Precooler
12. fermilab-pbar-note-112 Heim, J.
Pbar target Concept I
13. fermilab-pbar-note-113 Colton, E.
New Injection Scheme for ECR
14. fermilab-pbar-note-116 Krienen, F.
Solenoid Design electron Gun
15. fermilab-pbar-note-120 Colton, E.
More on Antiproton Collectors
16. fermilab-pbar-note-121 Vsevolozskaya, T.
The Optimization and Efficiency of Antiproton Production wit
17. fermilab-pbar-note-123 Ruggiero, A.
Estimate of Electron cooling Rates for Large Energies
18. fermilab-pbar-note-124 Oleksiuk, L.
Design Study of a 750 kV Electron Gun for Electron Cooling
19. fermilab-pbar-note-125 Krienen, F.
Fine Grain LEP Detector in Semi COnductor Technology and/or
20. fermilab-pbar-note-126 Kells, W.
Design of a Multiple-Narrow band Cavity Stochastic Cooler
21. fermilab-pbar-note-128 Ruggiero, A.
Closed Orbit Estimate and Closed Orbit Correction for the Pr
22. fermilab-pbar-note-129 Oleksiuk, L.
Canceling the Electeron Beam Space Charge Shift of the Pbar
23. fermilab-pbar-note-130 Ando, A.
Closed Orbit Correction System for Precooler
24. fermilab-pbar-note-131 Ando, A.
Chromaticity Correction in the Precooler
25. fermilab-pbar-note-133 Ando, A.
Quadrupole and Skew Quadrupole Correction in the Precooler
26. fermilab-pbar-note-134 Neuffer, D.
The 200 MeV Precooler LIne
27. fermilab-pbar-note-135 Kells, B.
An Approach to Stochastic (Pre?) Accumulation
28. fermilab-pbar-note-136 Takayama, K.
How Can We Reduce a Momentum Spread of 4% in the Debuncher?
29. fermilab-pbar-note-137 Krienen, F.
Plasma Lens for Antiprotn Source
30. fermilab-pbar-note-138 Colton, E.
Antiproton Transfer Collector to Cooling System
31. fermilab-pbar-note-140 Ruggiero, A.
Calculations of Intrabeam Scattering for the Stochastic Cool
32. fermilab-pbar-note-141 Ruggiero, A.
Preliminary List of parameters All-Stochastic Cooling Scheme
33. fermilab-pbar-note-142 Ruggiero, A.
Core Cooling
34. fermilab-pbar-note-144 Mills, F.
The Use of the FEL Gun for Electron Cooling
35. fermilab-pbar-note-146 Ruggiero, A.
Estimates of Intrabeam Scattering Diffusion Rates for the Ma
36. fermilab-pbar-note-147 Hojvat, C.
Antiproton densities in Phase Space at Production
37. fermilab-pbar-note-148 Ruggiero, A.
Pick-up Loop Analysis
38. fermilab-pbar-note-149 Kells, B.
Use of High Power, Large Band-width TWT's for Stochastic Acc
39. fermilab-pbar-note-152 Chadwick, G.
Antiproton Production beam and Reverse Injection System
40. fermilab-pbar-note-153 Ando, A.
Time Dependent Solution of a Fokker-Plank Equation for the S
41. fermilab-pbar-note-154 Hojvat, C.
A Visit to General Electric X-Ray Tube Target Plant
42. fermilab-pbar-note-155 Hojvat, C.
Minimum Ramping Times for Main Ring
43. fermilab-pbar-note-156 Hojvat, C.
Momentum Spread and Time Width of the Proton Bunches for Tar
44. fermilab-pbar-note-157 Takayama, K.
Pbar Bunch Rotation in the Linear Debuncher for the Pbar Sou
45. fermilab-pbar-note-159 Larson, D.
The Measuerment of Temperature for the Large Depletion Exper
46. fermilab-pbar-note-160 Larson, D.
A (Crude) Numerical Estimate of the Temperature Increase of
47. fermilab-pbar-note-161 Larson, D.
Target Depletion
48. fermilab-pbar-note-163 Neuffer, D.
Fokker-Plank Equations for Stochastic Cooling
49. fermilab-pbar-note-165 Garten, A.
Antiproton Accumulator Lattice (AASEP)
50. fermilab-pbar-note-166 Neuffer, D.
Permanent Magnets for Beam Transport from Linac to Precooler
51. fermilab-pbar-note-167 Suddeth, D.
Results of Wall Current Pickup Response Using and Electron B
52. fermilab-pbar-note-168 Baur, G.
Antiproton Production Experiment
53. fermilab-pbar-note-169 Johnson, D.E.
A 'Super quadrupole' Low-Beta Insertion
54. fermilab-pbar-note-170 Ellison, T.
Summary of Solenoid Alignment and Field Strength Measurement
55. fermilab-pbar-note-171 Ruggiero, A.
Stochastic Cooling-A Comparison with Bandwidth and Lattice F
56. fermilab-pbar-note-172 Kells, W.
Stability and Dynamical Invariants for Intra-Beam Scattering
57. fermilab-pbar-note-173 Ando, A.
Pbar Bunch RF Rotation in the Debuncher Ring with a Very Sma
58. fermilab-pbar-note-174 Oleksiuk, L.
80 GeV/c Extraction Line: Beam Optic Modifications
59. fermilab-pbar-note-175 Oleksiuk, L.
Extracted Beam Targeting: High Order Optics
60. fermilab-pbar-note-176 Derbenev, Y.A.
Collisional Relaxation of Intense Beams of Heavy Particles i
61. fermilab-pbar-note-177 Oleksiuk, L.
125 GeV/c Upgrade of the Extracted Beam: Design A
62. fermilab-pbar-note-178 Pardhomchuk, V.V.
Computer Simulation of Stochastic Cooling and Stacking
63. fermilab-pbar-note-179 Ruggiero, A.G.
Beam Loss at thje Front-End of the Stochastic Cooling Tail S
64. fermilab-pbar-note-180 Griffin, J.
Trip Report, CERN Nov 2 - Nov 13, 1982
65. fermilab-pbar-note-181 Autin, B.
Stack Betatron Cooling. A First Approach
66. fermilab-pbar-note-182 Colton, E.
125 GeV Proton Beamline Directly Extracted at F17
67. fermilab-pbar-note-183 Colton, E.
150 GeV Proton Beamline Extracted at E0
68. fermilab-pbar-note-184 Colton, E.
8 GeV Pbar Collector-Bypass System
69. fermilab-pbar-note-185 Vsevolozshaja, T.
Antiproton Source for the Accelerator-Storage Complex
70. fermilab-pbar-note-186 Neuffer, D.
Parameters for Betatron Core Cooling in the Fermilab Accumul
71. fermilab-pbar-note-187 Hojvat, C.
Trip Report: Lebedev Institute (Moscow), Institute of Nuclea
72. fermilab-pbar-note-188 Medvedko, A.
Test Ring Schottky Noise Measuring System
73. fermilab-pbar-note-190 Mills, F.
Toward a Rapid Bunch Accumulation Scheme
74. fermilab-pbar-note-191 Tollestrup, A.
Anomalous Skim Impedance on Shorted Delay Line Filters
75. fermilab-pbar-note-192 Ruggiero, A.
Revised Intrabeam Scattering Calculations
76. fermilab-pbar-note-193 Ruggiero, A.
Theory fo Signal Suppression for Stochastic Cooling with Mul
77. fermilab-pbar-note-194 Ruggiero, A.
Vacuum Considerations for the Accumulator Ring
78. fermilab-pbar-note-195 Johnson, R.
Trip Report-Assignment at CERN to work on the Commissioning
79. fermilab-pbar-note-196 Colton, E.
125 GeV Proton Beamline Directly Extracted at F17:II
80. fermilab-pbar-note-197 Griffin, J.
RF Stacking in the Accumulator
81. fermilab-pbar-note-198 Cilyo, F.
Tuning Shunt for Quadrupoles
82. fermilab-pbar-note-199 Ruggiero, A.
More Analysis of Pickups (Strip Lines) Sum and Difference Mo

1. fermilab-pbar-note-200 Neuffer, D.
Rotation of Transverse Phase Space in a Storage Ring
2. fermilab-pbar-note-201 Neuffer, D.
Calculations of Pickup Kicker Sensitivity
3. fermilab-pbar-note-202 Neuffer, D.
Signal Suppression in Betatron Cooling
4. fermilab-pbar-note-204 Lennox, A.
Energy Depostion in the Lithium Lens
5. fermilab-pbar-note-205 Autin, B.
Fast Betatron Cooling
6. fermilab-pbar-note-206 Johnson, D.
Possible Experimental Areas in the Tevatron
7. fermilab-pbar-note-207 Simpson, J.
Degradatin of Stacking Performance Due to Betatron Motion
8. fermilab-pbar-note-208 Holt, C.
Non-linear Resonance Widths in N-Dimensions
9. fermilab-pbar-note-210 Neuffer, D.
Parameters for Fast Betatron Cooling in the Fermilab Debunch
10. fermilab-pbar-note-211 Takayama, K.
Beam Temperature and Intrabeam Scattering in the Antiproton
11. fermilab-pbar-note-212 Shafer, R.
Group Delay and Phase Adjustments of the Stochastic Cooling
12. fermilab-pbar-note-213 Johnson, R.
Trip Report: CERN and Moriond (March 1982)
13. fermilab-pbar-note-214 Johnson, D.
Tevatron BO Low Beta Tuning Report
14. fermilab-pbar-note-215 Griffin, J.E.
RF Cavity Deposition in the Tevatron for Optimum Orthogonal
15. fermilab-pbar-note-216 Ando, A.
Accumulator Lattice and Chromaticity Correction
16. fermilab-pbar-note-217 Simpson, J.
Preecooling in the Debuncher
17. fermilab-pbar-note-220 Neuffer, D.
SignalSuppression Transverse Fokker-Plank Equations and Beta
18. fermilab-pbar-note-221 Suddeth, D.
Preliminary Calibration of Pbar Pickup Electrodes with the A
19. fermilab-pbar-note-222 Simpson, J.
Pick-up Response Obtained from Waveform Analysis
20. fermilab-pbar-note-223 Griffin, J.E.
Preservation of Tight Bunches in the Main Ring at 125 GeV
21. fermilab-pbar-note-224 Colton, E.
The Mark IX Antiproton Transports
22. fermilab-pbar-note-225 Colton, E.
Mark VIII Antiproton Transports
23. fermilab-pbar-note-226 Johnson, R.
Stochastic Stacking Without Filters
24. fermilab-pbar-note-227 Ruggiero, A.
Average Luminostiy Performance for Tevatron I
25. fermilab-pbar-note-228 Ruggiero, A.
High Energy elcetron Cooling Evisited
26. fermilab-pbar-note-229 Marriner, J.
Formulas for Betatron Cooling
27. fermilab-pbar-note-230 Ohnuma, S.
Collins' Bypass for the Main Ring
28. fermilab-pbar-note-231 Autin, B.
Variable Transfer Function in A Betatron Cooling System
29. fermilab-pbar-note-232 Shafer, R.
Notation for Loop Pickup Geometrical Sensitivity
30. fermilab-pbar-note-233 Kramer, S.
Signal Cables on Stochastic Cooling
31. fermilab-pbar-note-234 Marriner, J.
Coherence of Betatron Signals in Arrays of Pickups
32. fermilab-pbar-note-235 Ruggiero, A.
Core Cooling with an Electron Beam Integrated
33. fermilab-pbar-note-236 Boards, P.C.
Teflon Impregnated
34. fermilab-pbar-note-237 Kuchnir, M.
Power Losses in Superconducting Coaxial Cables
35. fermilab-pbar-note-238 Ruggiero, A.
The Debuncher Ring
36. fermilab-pbar-note-239 Ruggiero, A.
2-4 GHz System with Filters for the Stochastic Stacking n th
37. fermilab-pbar-note-240 Ruggiero, A.
Tevatron I Collider Performance
38. fermilab-pbar-note-241 Marriner, J.
Phase an dGain Compensation of a Traveling Wave Tube
39. fermilab-pbar-note-242 Kells, W.
Noise Septrum Distortion
40. fermilab-pbar-note-243 Kells, W.
Coupled Mode analysis of Perioidic Slotted Line Charged Part
41. fermilab-pbar-note-244 Takayama, K.
Intra Beam Scattering Note II1 Debye Shielding in Non-Neutra
42. fermilab-pbar-note-245 Ando, A.
Effects of the Magnetization of Vacuum Chamber
43. fermilab-pbar-note-246 Marriner, J.
Phase and Gain Compensation of a Cable with Classsical Dispe
44. fermilab-pbar-note-247 Kramer, S.
Correlation Filters for Stochastic Cooling
45. fermilab-pbar-note-248 Ellison, T.
Proposals for Simplifying the Vacuum System at the Stochasti
46. fermilab-pbar-note-249 Oleksiuk, L.
Design of a High Field Lammbertson Magnet for the F-17 Extra
47. fermilab-pbar-note-250 Kramer, S.
Surface Wave Transmission Lines
48. fermilab-pbar-note-252 Kramer, S.
Argonne Pickup Test Facility
49. fermilab-pbar-note-253 Klen, J.
Vacuum Tests on Resistors for Use in Stochastic Cooling Pick
50. fermilab-pbar-note-254 Dugan, G.
Design Considerations for Lithium Lens: Internal Cooling Jac
51. fermilab-pbar-note-255 Mills, F.
Back Leg Gaps
52. fermilab-pbar-note-256 Kells, W.
Propagation Characteristics of Helix TWT
53. fermilab-pbar-note-257 Lo, C.
Low Noise Gallium-Arsenide Field Effect Transistor Preamplif
54. fermilab-pbar-note-259 Ellison, T.
The Finale 120 KeV Electron Cooling System
55. fermilab-pbar-note-260 Takayama, K.
Alternative Method for Asymptomatic Formula of Adiabatic Rat
56. fermilab-pbar-note-261 Dugan, G.
Lithium Lens Filling Procedure
57. fermilab-pbar-note-262 Lennox, A.
A Short Analysis of the Votage Observed on the Surface fo th
58. fermilab-pbar-note-263 Holt, R.
Magnet Tolerances and Resonance Widths for the Accumulator a
59. fermilab-pbar-note-264 Takayama, K.
Effects of Non-Linear Electrode on Transverse Cooling
60. fermilab-pbar-note-266 Pasquinelli, R.
Measurements on 1 5/8 inch Rigid and 7/8 inch Foam Coaxial L
61. fermilab-pbar-note-267 Marriner, J.
Requirements for Stochastic Cooling Notch Filters
62. fermilab-pbar-note-268 Klen, J.
Vacuum Evaluation of Microwave Feedthrough Connectors
63. fermilab-pbar-note-269 Lennox, A.
Skin Effect in Electrically Pulsed Cylindrical Conductors us
64. fermilab-pbar-note-270 Lennox, A.
Skin Effect in a Pulsed Hollow Cylinder
65. fermilab-pbar-note-271 Brown, B.
Initial Program Block Deagram MTF VAX Data Collection Progra
66. fermilab-pbar-note-272 Klen, J.
Vacuum Outgasing Measurements of Sample Ferrite
67. fermilab-pbar-note-273 Brown, B.
MTF Probe Identification and Connector for Tev I Magnet Meas
68. fermilab-pbar-note-274 Klen, J.
Vacuum Outgassing Measurements of Armalloy Samples
69. fermilab-pbar-note-275 Klen, J.
Vacuum Outgassing Measurements of Microwave Absorber Tiles N
70. fermilab-pbar-note-276 Mills, F.
Beam Windows in TeV I
71. fermilab-pbar-note-277 Shafer, R.
Liquid Nitrogen Choking Tests
72. fermilab-pbar-note-280 Dugan, G.
Design Considerations: Lithium Lens End Design
73. fermilab-pbar-note-281 Ellison, T.
Controls and Devices for the Accumulator and Debuncher Vacuu
74. fermilab-pbar-note-282 Klen, J.
Vacuum Outgassing Measurements of Cryo Panel Sample with Zeo
75. fermilab-pbar-note-284 Dugan, G.
Effects of the Current Penetration Phenomenon on Mechanical
76. fermilab-pbar-note-285 Dugan, G.
Estimates of Inductance, Resistance, Magnetic Forces and Dis
77. fermilab-pbar-note-288 Biallas, G.
Proposal Handling and Storage Procedures for the Tevatron I
78. fermilab-pbar-note-289 Yurista, P.
Antiproton Radiation Safety Target Building Upstream Hatch a
79. fermilab-pbar-note-290 Ellison, T.
Magnetic Clamping
80. fermilab-pbar-note-292 Takayama, K.
Relationship between Interdependent Time-Dependent Linear Eq
81. fermilab-pbar-note-293 Ellison, T.
Footnotes to Pbar Note 286
82. fermilab-pbar-note-294 Mtingwa, S.
Calculation of Gas Pressures for the 1-2 GHz Kicker Vacuum C
83. fermilab-pbar-note-295 Yurista, P.
Soil Activation Antiprton Target Station
84. fermilab-pbar-note-296 Poncet, A.
Design of Sublimation Pump Bodies for the Antiproton Accumul
85. fermilab-pbar-note-297 Poncet, A.
Size of Vacuum Pumps for the Debuncher (Design Pressure~1x10
86. fermilab-pbar-note-298 Poncet, A.
Window at Extraction from the Accumulator
87. fermilab-pbar-note-299 Holmes, S.
Tracking and Tuning Studies in the Accumulator Ring

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