Abstract
The tandem accelerator in University of Tokyo, which was renewed from 1991 to March, 1994 started the joint utilization within the University since April, 1995 after about one year of the period of adjustment. The time of operation exceeding 3500 hours in one year was recorded. This facility is that for carrying out the minute analysis such as AMS, PIXE, NRA and others and the research of atomic and molecular physics, and called microanalysis laboratory-tandem accelerator (MALT). Support has been done by placing emphasis on the development of AMS measurement which enables the microanalysis of {sup 14}C,{sup 10}Be and {sup 26}Al, but the accuracy of {sup 14}C AMS did not attain the practical level. {sup 10}Be and {sup 26}Al AMS reached almost the practical level, and the measurement of actual samples has been carried out. The state of operation and utilization of the MALT is reported. As to the recent troubles and the countermeasures in the MALT, the voltage instability of the accelerator, the unstable ion source support mechanism and the poor transmissivity of beam in the accelerator are described. (K.I.)
Kobayashi, Koichi;
Hatori, Satoshi;
Nakano, Chuichiro;
Sunohara, Yoko
[1]
- Tokyo Univ. (Japan). Research Center for Nuclear Science and Technology
Citation Formats
Kobayashi, Koichi, Hatori, Satoshi, Nakano, Chuichiro, and Sunohara, Yoko.
Present status of tandem accelerator research facility (MALT) in University of Tokyo.
Japan: N. p.,
1996.
Web.
Kobayashi, Koichi, Hatori, Satoshi, Nakano, Chuichiro, & Sunohara, Yoko.
Present status of tandem accelerator research facility (MALT) in University of Tokyo.
Japan.
Kobayashi, Koichi, Hatori, Satoshi, Nakano, Chuichiro, and Sunohara, Yoko.
1996.
"Present status of tandem accelerator research facility (MALT) in University of Tokyo."
Japan.
@misc{etde_588109,
title = {Present status of tandem accelerator research facility (MALT) in University of Tokyo}
author = {Kobayashi, Koichi, Hatori, Satoshi, Nakano, Chuichiro, and Sunohara, Yoko}
abstractNote = {The tandem accelerator in University of Tokyo, which was renewed from 1991 to March, 1994 started the joint utilization within the University since April, 1995 after about one year of the period of adjustment. The time of operation exceeding 3500 hours in one year was recorded. This facility is that for carrying out the minute analysis such as AMS, PIXE, NRA and others and the research of atomic and molecular physics, and called microanalysis laboratory-tandem accelerator (MALT). Support has been done by placing emphasis on the development of AMS measurement which enables the microanalysis of {sup 14}C,{sup 10}Be and {sup 26}Al, but the accuracy of {sup 14}C AMS did not attain the practical level. {sup 10}Be and {sup 26}Al AMS reached almost the practical level, and the measurement of actual samples has been carried out. The state of operation and utilization of the MALT is reported. As to the recent troubles and the countermeasures in the MALT, the voltage instability of the accelerator, the unstable ion source support mechanism and the poor transmissivity of beam in the accelerator are described. (K.I.)}
place = {Japan}
year = {1996}
month = {Dec}
}
title = {Present status of tandem accelerator research facility (MALT) in University of Tokyo}
author = {Kobayashi, Koichi, Hatori, Satoshi, Nakano, Chuichiro, and Sunohara, Yoko}
abstractNote = {The tandem accelerator in University of Tokyo, which was renewed from 1991 to March, 1994 started the joint utilization within the University since April, 1995 after about one year of the period of adjustment. The time of operation exceeding 3500 hours in one year was recorded. This facility is that for carrying out the minute analysis such as AMS, PIXE, NRA and others and the research of atomic and molecular physics, and called microanalysis laboratory-tandem accelerator (MALT). Support has been done by placing emphasis on the development of AMS measurement which enables the microanalysis of {sup 14}C,{sup 10}Be and {sup 26}Al, but the accuracy of {sup 14}C AMS did not attain the practical level. {sup 10}Be and {sup 26}Al AMS reached almost the practical level, and the measurement of actual samples has been carried out. The state of operation and utilization of the MALT is reported. As to the recent troubles and the countermeasures in the MALT, the voltage instability of the accelerator, the unstable ion source support mechanism and the poor transmissivity of beam in the accelerator are described. (K.I.)}
place = {Japan}
year = {1996}
month = {Dec}
}