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Rf Linac Design and Development
(including proton, deuteron, light-ion, heavy-ion, and electron linacs. Specializing in compact and efficient designs utilizing conventional and proprietary linac structures.)
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Rf Linac Beam Dynamics Analysis
(using PARMILA, PARMELA, PARMTEQ, PARMIR, TRACE-3D and SCALA.)
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Low- and High-Energy Beam Transport Design and Analysis
(using TRACE-3D and TRANSPORT.)
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Rf Cavity Design and Analysis (see 3D Examples)
(using the SUPERFISH (2D) and SOPRANO (3D) computer codes.)
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Rf Linac and Cavity Fabrication
(including RFQ, RFD, RFI, DTL, and PWT Linac Structures and Buncher Cavities.)
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Rf Cavity Test Model (Cold Model) Design, Fabrication, and Measurement
(Measurement capability based on a Network Analyzer (HP 8753C, 300 kHz to 6 GHz) to reveal rf mode spectra, and a Bead Perturbation setup to determine rf field distributions.)
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Rf Linac Prototype Fabrication
(including Ion Source, LEBT, Rf Power, Vacuum, Cooling, Control, and Diagnostics.)
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Mechanical Design and Analysis
(including Mechanical Drawings utilizing Autodesk's AutoCAD and Inventor software.)
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3D Computer Solid Modeling
(including 3D Designs and Illustrations utilizing Autodesk's Inventor software.)
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Vacuum System Design and Fabrication
(including Valves, Vacuum Pumps, and Gauging, utilizing Elastomer O-Rings or All-Metal seals.)
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Helium Vacuum Leak Testing
(to leak rates as low as 1 x 10-11 Torr-liter/sec.)
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Ion Source Design, Analysis, and Fabrication
(promoting the new ECR-type Microwave Ion Source.)
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Neutronic Calculations
(utilizing the Monte-Carlo radiation transport code, MCNP4B.)
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Neutron Production Target Design and Analysis
(including Lithium Target/Moderator assemblies for the production of Epithermal Neutron Beams for Boron Neutron Capture Therapy (BNCT).)
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