[[abstract]]This paper details our study of a laser-beat-wave photoinjector that is capable of generating periodically bunched MeV electrons with a bunching factor larger than 0.1 at THz frequencies, for a total amount of 1 nC charges in a 10 ps time duration. Also described is a driver laser technology that can tune the electron bunch frequency with ease, as well as help the growth of high harmonics in the bunching spectrum of accelerated electrons.[[fileno]]2030114010056[[department]]電機工程學
An electron injector concept that uses a single injection laser pulse colliding with a pump laser pu...
This thesis explores the use of ultrashort bunches generated by a radiofrequency electron photoinjec...
[[abstract]]We numerically study the generation of periodically bunched electrons from a 6 MeV photo...
[[abstract]]A laser beat wave is proposed to induce density modulated electron emission from a photo...
A THz-pulse-train photoinjector is under construction at the High-energy OPtics and Electronics (HOP...
Numerous electron beam applications would benefit from increased average current without sacrificing...
[[abstract]]A novel scheme producing multiple, coherently phased, high charge (nC), short duration (...
[[abstract]]We conduct a simulation study on the acceleration of periodically loaded electrons in a ...
Free-Electron Laser in the THz range can be used to generate high output power radiation or to modul...
The beat-wave laser had first demonstrated a laser can accelerate the electrons to above 20 MeV thro...
Even at a continuous wave facility such as CEBAF at Jefferson Lab, an electron beam with long time i...
Laser plasma electron accelerators require a longitudinal electric field of the plasma wave oscillat...
An electron injector concept that uses a single injection laser pulse colliding with a pump laser p...
We present the design of a photo-injector based accelerator for pulsed radiolysis applications. This...
Recently research into new terahertz (0.3 to 30 THz) light sources has gained a lot of interest. Esp...
An electron injector concept that uses a single injection laser pulse colliding with a pump laser pu...
This thesis explores the use of ultrashort bunches generated by a radiofrequency electron photoinjec...
[[abstract]]We numerically study the generation of periodically bunched electrons from a 6 MeV photo...
[[abstract]]A laser beat wave is proposed to induce density modulated electron emission from a photo...
A THz-pulse-train photoinjector is under construction at the High-energy OPtics and Electronics (HOP...
Numerous electron beam applications would benefit from increased average current without sacrificing...
[[abstract]]A novel scheme producing multiple, coherently phased, high charge (nC), short duration (...
[[abstract]]We conduct a simulation study on the acceleration of periodically loaded electrons in a ...
Free-Electron Laser in the THz range can be used to generate high output power radiation or to modul...
The beat-wave laser had first demonstrated a laser can accelerate the electrons to above 20 MeV thro...
Even at a continuous wave facility such as CEBAF at Jefferson Lab, an electron beam with long time i...
Laser plasma electron accelerators require a longitudinal electric field of the plasma wave oscillat...
An electron injector concept that uses a single injection laser pulse colliding with a pump laser p...
We present the design of a photo-injector based accelerator for pulsed radiolysis applications. This...
Recently research into new terahertz (0.3 to 30 THz) light sources has gained a lot of interest. Esp...
An electron injector concept that uses a single injection laser pulse colliding with a pump laser pu...
This thesis explores the use of ultrashort bunches generated by a radiofrequency electron photoinjec...
[[abstract]]We numerically study the generation of periodically bunched electrons from a 6 MeV photo...