Abstract
A free-electron laser with a 38-MeV L-band linear accelerator was developed at the Institute of Scientific and Industrial Research, Osaka University. The self-amplified spontaneous emission was observed at wavelengths of 20 and 40 {mu}m with a high-intensity single-bunch beam passing through a wiggler. In the oscillation experiments with a multibunch beam laser light was obtained at wavelengths from 32 to 40 {mu}m. The peak power in a micropulse of the laser is estimated to be 8.3 MW at a wavelength of 40 {mu}m. In order to apply the laser to basic researches some components of the linac and the optical cavity are being improved. (author)
Okuda, Shuichi;
Isoyama, Goro;
Honda, Yoshihide;
Kato, Ryukou;
Tagawa, Seiichi
[1]
- Osaka Univ., Ibaraki (Japan). Inst. of Scientific and Industrial Research
Citation Formats
Okuda, Shuichi, Isoyama, Goro, Honda, Yoshihide, Kato, Ryukou, and Tagawa, Seiichi.
Present status of the infrared free-electron laser of the Institute of Scientific and Industrial Research, Osaka University.
Japan: N. p.,
1997.
Web.
Okuda, Shuichi, Isoyama, Goro, Honda, Yoshihide, Kato, Ryukou, & Tagawa, Seiichi.
Present status of the infrared free-electron laser of the Institute of Scientific and Industrial Research, Osaka University.
Japan.
Okuda, Shuichi, Isoyama, Goro, Honda, Yoshihide, Kato, Ryukou, and Tagawa, Seiichi.
1997.
"Present status of the infrared free-electron laser of the Institute of Scientific and Industrial Research, Osaka University."
Japan.
@misc{etde_588450,
title = {Present status of the infrared free-electron laser of the Institute of Scientific and Industrial Research, Osaka University}
author = {Okuda, Shuichi, Isoyama, Goro, Honda, Yoshihide, Kato, Ryukou, and Tagawa, Seiichi}
abstractNote = {A free-electron laser with a 38-MeV L-band linear accelerator was developed at the Institute of Scientific and Industrial Research, Osaka University. The self-amplified spontaneous emission was observed at wavelengths of 20 and 40 {mu}m with a high-intensity single-bunch beam passing through a wiggler. In the oscillation experiments with a multibunch beam laser light was obtained at wavelengths from 32 to 40 {mu}m. The peak power in a micropulse of the laser is estimated to be 8.3 MW at a wavelength of 40 {mu}m. In order to apply the laser to basic researches some components of the linac and the optical cavity are being improved. (author)}
place = {Japan}
year = {1997}
month = {Mar}
}
title = {Present status of the infrared free-electron laser of the Institute of Scientific and Industrial Research, Osaka University}
author = {Okuda, Shuichi, Isoyama, Goro, Honda, Yoshihide, Kato, Ryukou, and Tagawa, Seiichi}
abstractNote = {A free-electron laser with a 38-MeV L-band linear accelerator was developed at the Institute of Scientific and Industrial Research, Osaka University. The self-amplified spontaneous emission was observed at wavelengths of 20 and 40 {mu}m with a high-intensity single-bunch beam passing through a wiggler. In the oscillation experiments with a multibunch beam laser light was obtained at wavelengths from 32 to 40 {mu}m. The peak power in a micropulse of the laser is estimated to be 8.3 MW at a wavelength of 40 {mu}m. In order to apply the laser to basic researches some components of the linac and the optical cavity are being improved. (author)}
place = {Japan}
year = {1997}
month = {Mar}
}