A new setup for elastic recoil analysis using ion induced electron emission for particle identification

Keyphrases

• Elastic Recoil 100%
• Particle Identification 100%
• Ion-induced Electron Emission 100%
• Microchannel Plate 100%
• Recoil Analysis 100%
• Light Elements 66%
• Depth Resolution 66%
• Electron Emission Yield 66%
• Elastic Recoil Detection Analysis 66%
• Recoil Atoms 66%
• Optimum Depth 66%
• Data Evaluation 33%
• High Sensitivity 33%
• Linear Combination 33%
• Calibration Measurement 33%
• Evaluation Method 33%
• Insulator 33%
• Energy Loss 33%
• Depth Profile 33%
• Scattering Angle 33%
• Nuclear Charge 33%
• Carbon Foil 33%
• Thin Foils 33%
• Energy Analysis 33%
• Target Orientation 33%
• Dual-parameter 33%
• Plate Coating 33%
• Silicon Surface Barrier Detector 33%
• Signal Amplitude 33%
• Compact Design 33%
• Near-surface Layer 33%
• New Geometry 33%
• Element Separation 33%
• Ion-induced 33%
• Linear Fitting Algorithm 33%
• Energy Signal 33%
• Multichannel Analyzer 33%
• Energy Resolution 33%
• Penetrating Ions 33%
• Collection Efficiency 33%
• Depth Sensitivity 33%
• Surface Barrier Detector 33%
• Pulse Height Spectra 33%
• Solid Angle 33%
• Isotopic Separation 33%

Engineering

• Electron Emission 100%
• Microchannel 100%
• Surface Layer 33%
• Energy Dissipation 33%
• Multichannel 33%
• Linear Combination 33%
• Depth Profile 33%
• Signal Energy 33%
• Reach Target 33%
• Solid Angle 33%
• Collection Efficiency 33%
• Thin Foil 33%
• Target Orientation 33%
• Signal Amplitude 33%
• Pulse Height 33%
• Silicon Surface 33%

Physics

• Electron Emission 100%
• Microchannel Plate 100%
• Recoil Atoms 66%
• Surface Layers 33%