Ultra-high gradient channeling acceleration in nanostructures: Design/progress of proof-of-concept (POC) experiments

Keyphrases

• Ultra-high 100%
• High Gradient 100%
• Wakefield 100%
• Nanostructure Design 100%
• Illinois 66%
• Charge Density 66%
• Conduction Electrons 66%
• X-ray 33%
• Beamline 33%
• Nanotubes 33%
• Nuclear Physics 33%
• High Energy 33%
• Injector 33%
• Nanostructures 33%
• Particle Acceleration 33%
• Diamond 33%
• Charge Carriers 33%
• Fermilab 33%
• Nanometre 33%
• Simulation Analysis 33%
• Large Channel 33%
• Compression Techniques 33%
• Atomic Lattice 33%
• Coupling Conditions 33%
• Density States 33%
• Relativistic Particles 33%
• Accelerator Facility 33%
• Short Laser Pulses 33%
• Electron Accelerator 33%
• Gaseous Plasma 33%
• Dephasing Length 33%
• Experiment Planning 33%
• X-ray Crystal 33%
• Plasma Wakefield 33%
• Cm(III) 33%
• Single-cycle Pulses 33%
• Diamond Crystal 33%
• Thin Film Compression 33%
• Accelerated Gradient Method 33%
• Petawatt 33%
• Short Bunch 33%
• Beam Acceleration 33%
• Bunch Length 33%
• Crystal Channeling 33%
• Electron Beamline 33%
• Radiation Pressure Acceleration 33%
• Ray-driven 33%
• Accelerator R&D 33%
• Short Pulse Laser 33%
• University Accelerators 33%
• Time-resolved Electron Diffraction 33%
• Sheath Acceleration 33%
• Channeling Radiation 33%
• Extreme Light Infrastructure 33%
• Solid Crystals 33%
• VSim 33%
• High Power Beam 33%

Physics

• Blood Plasma 100%
• Nanomaterial 100%
• Laser Pulse 75%
• Conduction Electron 50%
• Beamline 50%
• Nanotube 25%
• Density of States 25%
• Electron Accelerator 25%
• Nuclear Physics 25%
• Particle Acceleration 25%
• Thin Films 25%
• Radiation Pressure 25%
• X Ray Lasers 25%
• Electron Diffraction 25%