Updated 2024-04-16 07:32:21
| FERMILAB-CRADA-FRA-2022-0048 | University, Florida Gulf Coast | Development of a Web-Based Graphical User Interface for Fermilab Robots |
| FERMILAB-CRADA-FRA-2022-0023 | Pasero, Spencer | QuarkNet Center Summer Internship for High School Students – FY2022 |
| FERMILAB-CRADA-FRA-2021-0039 | Wong-Squires, Mayling | Radiation Protective Coveralls for Fermilab’s SPOT Robot |
| FERMILAB-CRADA-FRA-2020-019 | University of Agriculture and Technology, Tokyo | Production of Precursor Materials for the Development of Iron-Based Superconductor (IBS) Wire |
| FERMILAB-CRADA-FRA-2020-0042 | Corporation, LSST | LSST Undergraduate Internships at Fermilab |
| FERMILAB-CRADA-FRA-2020-0033 | Italian National Agency for New Technologies, ENEA | Production of Precursor Materials for the Development of Iron-Based Superconductor (IBS) Wire |
| FERMILAB-CRADA-FRA-2020-0018 | Pasero, Spencer | COD QuarkNet Summer Program |
| FERMILAB-CRADA-FRA-2020-0014 | Company, 3M | Degradation of Poly- and Perfluoroalkyl Substances (PFASs) in Water via High Power, Energy-Efficient |
| FERMILAB-CRADA-FRA-2020-0009 | University of Wisconsin-Superior | Electron Beam Treatment of Ballast Water |
| FERMILAB-CRADA-FRA-2019-0051 | High Pressure Electron Gun for Electron Beam Welding and Additive Manufacturing | |
| FERMILAB-CRADA-FRA-2019-0040 | Khabiboulline, Timergali | Continued Magnetron Injection Locking Studies |
| FERMILAB-CRADA-FRA-2019-0033 | High Thermal Conductivity Resin Systems for High Energy Physics Magnets | |
| FERMILAB-CRADA-FRA-2019-0030 | U., Stony Brook | Application of electron beam technology to decompose persistent emerging drinking water contaminants |
| FERMILAB-CRADA-FRA-2019-0027 | Proof of Principle (POP) for Using Electron Beam to Destroy Contaminants in Samples from a Test Supe | |
| FERMILAB-CRADA-FRA-2019-0003 | Fermi Research Alliance, LLC. | Development of a Beam Halo Monitor |
| FERMILAB-CRADA-FRA-2018-0057 | Grassellino, Anna | Development of High-Q SRF Structures by Nitrogen Doping for Superconducting Electron Linacs. |
| FERMILAB-CRADA-FRA-2018-0047 | Fermi Research Alliance, LLC. | Maximizing the efficiency of plasma-based lepton accelerators |
| FERMILAB-CRADA-FRA-2018-0038 | Fermi Research Alliance, LLC | Mirascope Luminescent Beam Profile Monitor |
| FERMILAB-CRADA-FRA-2018-0031 | DeMar, Phil | Complex Network Analysis and Intelligent Monitoring Platform |
| FERMILAB-CRADA-FRA-2018-0020 | District, Metropolitan Water Reclamation | Evaluation of E-beam for wastewater and biosolids treatment applications. |
| FERMILAB-CRADA-FRA-2018-0017 | Fermi Research Alliance, LLC | Collaboration on Radiation Driven Chemistry and Accelerator Operations |
| FERMILAB-CRADA-FRA-2018-0016 | Fermi Research Alliance, LLC. | LSST Undergraduate Internships at Fermilab |
| FERMILAB-CRADA-FRA-2018-0014 | Pasero, Spencer | QuarkNet Center Summer Internship for High School Students – FY2019 |
| FERMILAB-CRADA-FRA-2018-0005 | Lockheed Martin Quantum Machine Learning | |
| FERMILAB-CRADA-FRA-2017-0047 | Fermi Research Alliance, LLC | High Density Chip Interconnect Technology Using High Density Glass Interposers. |
| FERMILAB-CRADA-FRA-2017-0039 | Development of High-Q SRF Structures by Nitrogen Doping for Superconducting Electron Linacs | |
| FERMILAB-CRADA-FRA-2017-0035 | SENSEI Dark Matter Discovery Project | |
| FERMILAB-CRADA-FRA-2017-0027 | Euclid TechLabs, LLC | Research and Development of Advanced Superconducting Radiofrequency (SRF) Accelerator Technology and |
| FERMILAB-CRADA-FRA-2017-0027 | Euclid TechLabs, LLC | Research and Development of Advanced Superconducting Radiofrequency (SRF) Accelerator Technology and |
| FERMILAB-CRADA-FRA-2017-0026 | Muons Inc Master CRADA with Annex A for Magnetron Development | |
| FERMILAB-CRADA-FRA-2017-0022 | Fermi Research Alliance, LLC | FASPAX ASIC revision 1.b first articles testing and support |
| FERMILAB-CRADA-FRA-2017-0007 | Stebbins, Albert | Collaborative Research: Large Scale Intensity Mapping of Neutral Hydrogen with the Tianlai Pathfinde |
| FERMILAB-CRADA-FRA-2016-0058 | Fermi Research Alliance, LLC | Verification of the prompt radiation shielding design of the ESS Accelerator - Stage 2 |
| FERMILAB-CRADA-FRA-2016-0055 | Cooper, Charles | Transitioning Technology Developed for Science into Military Engineering, Environmental, and Civil W |
| FERMILAB-CRADA-FRA-2016-0052 | University Partnership Program for Scintillator Materials Research | |
| FERMILAB-CRADA-FRA-2016-0047 | Fermilab Alliance, LLC | Radiabeam Industrial Accelerator Commissioning |
| FERMILAB-CRADA-FRA-2016-0034 | Fermi Research Alliance, LLC | Conceptual Design of an Electron Accelerator for Bio-Solid Waste Treatment. |
| FERMILAB-CRADA-FRA-2016-0029 | Fermi Research Alliance, LLC | Pressurized Gas Beam Monitor for Extremely High Intensities – Phase II |
| FERMILAB-CRADA-FRA-2016-0026 | Basic Scientific Cooperation for Visits and Assignments of Scientific and Technical Personnel | |
| FERMILAB-CRADA-FRA-2016-0018 | Levernier, Walter G. | Cooperative Support of the Fermilab Site’s Natural Areas and Related Programs |
| FERMILAB-CRADA-FRA-2016-0010 | Simons Foundation Data Management | |
| FERMILAB-CRADA-FRA-2016-0009 | Radiation-Hardened, High-Speed Parallel VCSEL Links for High-Energy Physics. | |
| FERMILAB-CRADA-FRA-2015-0320 | Verification of the Prompt Radiation Shielding Design of the ESS Accelerator | |
| FERMILAB-CRADA-FRA-2015-0290 | SNOLAB Deep Underground Scientific Research Operations | |
| FERMILAB-CRADA-FRA-2015-0289 | Development of a Laser-Electron-Interaction Region for Compact High Repetition-Rate Mono-Energetic L | |
| FERMILAB-CRADA-FRA-2015-0079 | Deposit high purity Alumnium on Nb in support of conduction cooled SRF cavities | |
| FERMILAB-CRADA-FRA-2015-0078 | Build and test a novel low heat leak fundamental power coupler | |
| FERMILAB-CRADA-FRA-2015-0015 | Fermi Research Alliance, LLC | Development of thinned silicon sensors on 8” wafers |
| FERMILAB-CRADA-FRA-2015-0012 | Pressurized Gas Beam Monitor for Extremely High Intensities | |
| FERMILAB-CRADA-FRA-2015-0010 | Integrable optics design principles for beam halo suppression in accelerator rings at the intensity | |
| FERMILAB-CRADA-FRA-2015-0008 | Low Cost High Efficiency Magnetrons for Accelerator Applications | |
| FERMILAB-CRADA-FRA-2015-0001 | Data Intensive Scientific Workflows on a Federated Cloud | |
| FERMILAB-CRADA-FRA-2014-0024 | Cooperative Support of Fermilab’s Science Education Programs | |
| FERMILAB-CRADA-FRA-2014-0023 | National QuarkNet Program | |
| FERMILAB-CRADA-FRA-2014-0022 | QuarkNet Center Summer Programs | |
| FERMILAB-CRADA-FRA-2014-0013 | AASC Coated Cavities | |
| FERMILAB-CRADA-FRA-2014-0012 | Vertical Testing of Eco-Friendly Bipolar Electromechanical Bulk Processing of SRF Cavities | |
| FERMILAB-CRADA-FRA-2014-0011 | Vertical Testing and Preparation of an Acid-Free Electropolished SRF Cavity | |
| FERMILAB-CRADA-FRA-2014-0009 | Design and fabrication of a 30 T superconducting solenoid using overpressure processed Bi2212 round | |
| FERMILAB-CRADA-FRA-2014-0008 | Integrable Optics Design Principles for Beam Halo Suppression in Accelerator Rings at the Intensity | |
| FERMILAB-CRADA-FRA-2014-0002 | Enabling On-Demand Scientific Workflows on a Federated Cloud | |
| FERMILAB-CRADA-FRA-2013-0006 | Gated Field-Emission Cathode Radio-Frequency (RF) Gun | |
| FERMILAB-CRADA-FRA-2013-0004 | Characterization, Polishing \& Testing of Stainless Steel Hemofiltration Cartridge Prototypes for Va | |
| FERMILAB-CRADA-FRA-2013-0002 | Testing Omega P’s 650 KW, 1.3 GHZ Low-Voltage Multi-Beam Klystron for the Project X Pulsed LINAC | |
| FERMILAB-CRADA-FRA-2013-0001 | Integration and Commissioning of a Prototype Federated Cloud for Scientific Workflows | |
| FERMILAB-CRADA-FRA-2011-0006 | Fermi Research Alliance, LLC | Highly Efficient Sources of Negative Hydrogen Ions |
| FERMILAB-CRADA-FRA-2011-0005 | Fermi Research Alliancs, LLC | Helical Muon Beam Cooling Channel Engineering Design |
| FERMILAB-CRADA-FRA-2011-0004 | Fermi Research Alliance, LLC. | Low-Cost Two-Stage Magnetron with Power Control for Project X |
| FERMILAB-CRADA-FRA-2011-0003 | Fermi Research Alliance, LLC. | Phase and Frequency Locked Magnetrons for SRF Sources |
| FERMILAB-CRADA-FRA-2011-0002 | Fermi Research Alliance, LLC. | Quasi-Isochronous Muon Collection Channels |
| FERMILAB-CRADA-FRA-2011-0001 | Design and Construction of Detector and Data Acquisition Elements for Proton Computed Tomography | |
| FERMILAB-CRADA-FRA-2009-0002 | Fermi Research Alliance, LLC. | Phase and Frequency Locked Magnetrons for SRF Sources |
| FERMILAB-CRADA-FRA-2009-0001 | Fermi Research Alliance, LLC. | Quasi-Isochronous Muon Collection Channels |
| FERMILAB-CRADA-FRA-2008-005 | Fermi Research Alliance, LLC. | Compact, Achromatic Non-scaling FFAG Accelerator for HEP, Commercial and Medical Applications |
| FERMILAB-CRADA-FRA-2008-0006 | Fermi Research Alliance, LLC. | Magnets for Muon 6D Helical Cooling Channels |
| FERMILAB-CRADA-FRA-2008-0003 | Fermi Research Alliance, LLC. | Hydrogen-filled RF Cavities for Muon Beams |
| FERMILAB-CRADA-FRA-2008-0002 | Fermi Research Alliance, LLC. | An Extrudable Low-Cost NbSn PIT Conductor for Applications to HEP Magnets |
| FERMILAB-CRADA-FRA-2008-0001 | Fermi Research Alliance, LLC. | A Novel Low-Cost Method of Manufacturing Nb3Sn Superconductors with Multiple-Tin-Tube Sources |
| FERMILAB-CRADA-FRA-2007-0004 | Fermi Research Alliance, LLC | Development and Demonstration of Six-Dimensional Muon Beam Cooling (Same) |
| FERMILAB-CRADA-FRA-2007-0003 | Fermi Research Alliance, LLC | Stopping muon beams |
| FERMILAB-CRADA-FRA-2007-0002 | Fermi Research Alliance, LLC | Magnets for MUON 6D Helical Cooling Channels |
| FERMILAB-CRADA-FRA-2007-0001M | Fermi Research Alliance, LLC | Compact, Tunable RF Cavities |
| FERMILAB-CRADA-FRA-2006-0004 | Fermi Research Alliance, LLC | A New PIT Nb3Sn Process Toward Improved Cost- Performance for HEP High Field Magnets |
| FERMILAB-CRADA-FRA-2006-0002 | Fermi Research Alliance, LLC | Muon Capture, Phase Rotation, and Cooling in Pressurized RF Cavities |
| FERMILAB-CRADA-2019-0030 | Application of electron beam technology to decompose persistent emerging drinking water contaminants |