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• Nuclear Research Development Equipment

Under the Section

• Accelerator Mass Spectrometry (AMS) Systems
• Accelerator System Overview
• Accelerator Systems
• Atomic Layer Deposition Systems
• Beamline Components
• Deposition Sources
• Deposition Sources - Atomic Hydrogen Source
• Deposition Sources - Effusion Cells
• Deposition Sources - Electron Beam Evaporators
• Deposition Sources - Gas Injectors
• Deposition Sources - RF Plasma Sources
• Deposition Sources - Valved Sources and Cracking Sources
• High Resolution RBS Detector
• High Voltage Decks
• IBA Endstation
• Implant Endstation
• Ion Beam Analysis (IBA) Systems
• Ion Beam Sources
• MBE - Cleaving System
• MBE - III-V or II-VI MBE Systems
• MBE - Laser MBE Systems
• MBE - Metal Organic Chemical Vapor Deposition Systems
• MBE - Nitride MBE Systems
• MBE - Oxide MBE Systems
• MBE - Silicon MBE Systems
• MBE - SMART NanoFab MBE System
• MBE System Components - Cluster Tool
• MBE System Components - Process Softwa
• MBE System Components - Sample Manipulator
• MBE System Components - Source Shutters
• MBE Systems
• MBE Systems - Pulsed Laser Deposition Systems
• Medical Isotope Production
• Microwave Ion Source
• Neutron Generator - compact, intermediate yield deuterium-deuterium (DD)
• Neutron Generators
• Neutron Radiography
• Nuclear Fuel Scanning
• Photovoltaic Thin Film Deposition Sources
• Positive Ion Mass Spectrometry (PIMS) Systems
• Pulsed Laser Deposition Systems
• Radiation Survivability Testing
• Rapid explosive detection from up to 20 meters away
• RF-ICP-Plasma Solutions
• Special Nuclear Materials Detection
• The Alectryon High Yield Neutron Generator
• Thermal Linear Deposition Sources
• Thermal Neutron Flux Solutions
• Thin Film Process Monitoring
• Valved Deposition Sources for PhotoVoltaic Applications