Observing atomic motions as they occur is the dream goal of ultrafast electron microscopy
(UEM). Great progress has been made so far thanks to the efforts of many scientists in …

Purpose: The details of a full simulation of an inline side‐coupled 6 MV linear accelerator
(linac) from the electron gun to the target are presented. Commissioning of the above …

To meet the requirements of high performance THz-FEL (Free Electron Laser), a compact
scheme of FEL injector was proposed. A thermionic cathode was chosen to emit electrons …

A femtosecond electron source has been developed at the Fast Neutron Research Facility
(FNRF), Chiang Mai University, Thailand. So far, it has produced electron bunches as short …

A thermionic RF-gun for generating ultra-short electron bunches was optimized, developed
and used as a source at a linac-based THz radiation research laboratory of the Plasma and …

The Plasma and Beam Physics Research Facility at Chiang Mai University has established
a THz facility to focus on the study of ultra-short electron pulses. Short electron bunches can …

The infrared free-electron laser (IR FEL) project is established at Chiang Mai University
(CMU) in Thailand with the aim to provide experimental stations for users utilizing …

A THz radiation source based on electron linear accelerator (linac) has been built and
commissioned at the Plasma and Beam Physics (PBP) Research Facility, Chiang Mai …

The beam tail effect of multi-bunches will influence the electron beam performance in a high
intensity thermionic RF gun. Beam dynamic calculations that illustrate the working states of …

The quality of the electron beam for applications like free electron lasers (FELs) has a direct
impact on the quality of the laser radiation. The electron injector considered for Iranian …