Abstract
The fabrication technology of the 10{approx}80 mm{sup 2} Si(Li) X-ray detectors are described and some problems concerning technology and measurement are discussed. The specifications of the detectors are shown as well. The Si(Li) X-ray detector is a kind of low energy X-ray detectors. Owing to very high energy resolution, fine linearity and high detection efficiency in the range of low energy X-rays, it is widely used in the fields of nuclear physics, medicine, geology and environmental protection, etc,. It is also a kernel component for the scanning electron microscope and X-ray fluorescence analysis systems.
Citation Formats
Xianglin, Yuan, Zhiyong, Li, and Xiuse, Hong.
Si(Li) X-ray detector.
China: N. p.,
1990.
Web.
Xianglin, Yuan, Zhiyong, Li, & Xiuse, Hong.
Si(Li) X-ray detector.
China.
Xianglin, Yuan, Zhiyong, Li, and Xiuse, Hong.
1990.
"Si(Li) X-ray detector."
China.
@misc{etde_10111439,
title = {Si(Li) X-ray detector}
author = {Xianglin, Yuan, Zhiyong, Li, and Xiuse, Hong}
abstractNote = {The fabrication technology of the 10{approx}80 mm{sup 2} Si(Li) X-ray detectors are described and some problems concerning technology and measurement are discussed. The specifications of the detectors are shown as well. The Si(Li) X-ray detector is a kind of low energy X-ray detectors. Owing to very high energy resolution, fine linearity and high detection efficiency in the range of low energy X-rays, it is widely used in the fields of nuclear physics, medicine, geology and environmental protection, etc,. It is also a kernel component for the scanning electron microscope and X-ray fluorescence analysis systems.}
place = {China}
year = {1990}
month = {Aug}
}
title = {Si(Li) X-ray detector}
author = {Xianglin, Yuan, Zhiyong, Li, and Xiuse, Hong}
abstractNote = {The fabrication technology of the 10{approx}80 mm{sup 2} Si(Li) X-ray detectors are described and some problems concerning technology and measurement are discussed. The specifications of the detectors are shown as well. The Si(Li) X-ray detector is a kind of low energy X-ray detectors. Owing to very high energy resolution, fine linearity and high detection efficiency in the range of low energy X-rays, it is widely used in the fields of nuclear physics, medicine, geology and environmental protection, etc,. It is also a kernel component for the scanning electron microscope and X-ray fluorescence analysis systems.}
place = {China}
year = {1990}
month = {Aug}
}