A Single Photon Counting Detector Based on One-Dimensional Vernier Anode

The mathematical expression on decoding the one-dimensional （1D） Vernier anode is deduced theoretically, and the corresponding 1D-Vernier anode collector is developed. A photon counting imaging and detection system is constructed based on a 1D-Vernier anode detector and electronic readout subsystem....

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Published inChinese physics letters Vol. 27; no. 5; pp. 257 - 260
Main Author 杨颢 赵宝升 盛立志 李梅 鄢秋荣 刘永安
Format Journal Article
LanguageEnglish
Published IOP Publishing 01.05.2010
Subjects
Anodes
Counting
Detectors
Electronics
Mathematical analysis
Photons
Ultraviolet emission
Wavelengths
光子计数成像
单光子计数
探测器
数学表达式
电子显示器
空间分辨率
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ISSN0256-307X
1741-3540
1741-3540
DOI10.1088/0256-307X/27/5/058501

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Abstract The mathematical expression on decoding the one-dimensional （1D） Vernier anode is deduced theoretically, and the corresponding 1D-Vernier anode collector is developed. A photon counting imaging and detection system is constructed based on a 1D-Vernier anode detector and electronic readout subsystem. With wavelengths of 253.7nm from the mercury lamp as the ultraviolet emission source, the spatial resolution of the prototype is proved to be better than 100 μm along the x-direction in experiment.
AbstractList The mathematical expression on decoding the one-dimensional (1D) Vernier anode is deduced theoretically, and the corresponding 1D-Vernier anode collector is developed. A photon counting imaging and detection system is constructed based on a 1D-Vernier anode detector and electronic readout subsystem. With wavelengths of 253.7 nm from the mercury lamp as the ultraviolet emission source, the spatial resolution of the prototype is proved to be better than 100 Delta *mm along the x-direction in experiment.
The mathematical expression on decoding the one-dimensional （1D） Vernier anode is deduced theoretically, and the corresponding 1D-Vernier anode collector is developed. A photon counting imaging and detection system is constructed based on a 1D-Vernier anode detector and electronic readout subsystem. With wavelengths of 253.7nm from the mercury lamp as the ultraviolet emission source, the spatial resolution of the prototype is proved to be better than 100 μm along the x-direction in experiment.
Author 杨颢 赵宝升 盛立志 李梅 鄢秋荣 刘永安
AuthorAffiliation State Key Laboratory of Transient Optics and Photonics, Xi＇an Institute of Optics and Precision Mechanics, Chinese Academy of Sciences, Xi＇an 710119 Graduate University of Chinese Academy of Sciences, Beijing 100049
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Snippet The mathematical expression on decoding the one-dimensional （1D） Vernier anode is deduced theoretically, and the corresponding 1D-Vernier anode collector is...
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StartPage 257
SubjectTerms Anodes
Counting
Detectors
Electronics
Mathematical analysis
Photons
Ultraviolet emission
Wavelengths
光子计数成像
单光子计数
探测器
数学表达式
电子显示器
空间分辨率
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Title A Single Photon Counting Detector Based on One-Dimensional Vernier Anode
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