A two dimensional multiwire proportional chamber imaging device with delay line readout

Yuzheng Wang; Guodong Wu; Liren Jiang; Jinxing Huang; Liangxue Gu; Chunliang Qian

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A two dimensional multiwire proportional chamber imaging device with delay line readout

更新时间：2022-09-13

- A two dimensional multiwire proportional chamber imaging device with delay line readout
- Nuclear Techniques Vol. 08, Issue 5, (1985)
- 作者机构：
  
  中国科学院上海原子核研究所
- 作者简介：
- 基金信息：
- DOI：
  CLC：
- Received：20 January 1984，
  
  Published：1985
- 稿件说明：
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Yuzheng Wang, Guodong Wu, Liren Jiang, et al. A two dimensional multiwire proportional chamber imaging device with delay line readout[J]. Nuclear techniques, 1985, 08(5): 5-8,56.
DOI：

Yuzheng Wang, Guodong Wu, Liren Jiang, et al. A two dimensional multiwire proportional chamber imaging device with delay line readout[J]. Nuclear techniques, 1985, 08(5): 5-8,56. DOI：

摘要

本文叙述一种基于延迟线耦合读出的两维多丝正比室成像装置。它由多丝室、延迟线、主放大器、定时单道以及时幅变换器等组成。多丝室为流气式，其灵敏面积为20×20cm

；丝室本身位置分辨率为2.06mm。延迟线为电磁性扁平状结构，其延迟率为6.3ns/mm；上升时间100ns。定时器时间晃动1ns（动态范围为13:1）。最后给出了

C-标记化合物在层析纸分布测量及特别圆圈模型成像实验图像。

Abstract

A two-dimensional multiwire proportional chamber (MWPC) imaging device with delay line readout is described. It consists of a multiwire proportional chamber

a delay line

a main amplifier

a timing single channel amplitude analyser and a time to amplitude converter. The MWPC is based on the gas flow of Ar-CO

. Its sensitive area is 20×20cm

. Spatial resolution is 2.06mm. A phase-compensated distributive parameter electromagnetic delay line is used. Its delay rate is 6.3ns/mm

the rise-time is 100 ns The time shift of the timer is 1 ns (for dynamic range 13:1) . The radioactive distribution of the

C labelled compounds on the paper chromatogram and photograph of the special ring model imaging are given.

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Keywords

references

G. Charpak et al ., Nucl. Instr. Meth ., 62 , 262 （ 1968 ）.

R. S. Hattner et al ., conF-760539 , p. 145 .

A. R. Farugi , Nucl . Instr. Meth ., 156 , 19 （ 1978 ）.

G. Fischer and J. Pleh , Nucl. Instr . Meth . , 100 , 515 （ 1972 ）.

A. P. Jeavans et al ., IEEE Trans. Nucl. Sci ., NS-23 , 1 , 259 （ 1976 ）.

R. Grove et al ., Nucl. Instr. Meth ., 99 , 38 . （ 1972 ）.

M. Birk et al ., Nucl. Instr Meth. 137 , 393 （ 1976 ）.

S. Kinbura and T. Kumahard , Nucl. Instr. Meth. 67 , 261 （ 1969 ）.

R. Myllylü . Nucl. Instr. Meth ., 148 , 267 （ 1978 ）.

王裕政，核仪器与方法， 4 ， 62 （ 1981 ）。

J. L. LAcy , Nucl. Instr. Meth ., 119 , 483 （ 1974 ）.

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Related Institution

State Key Laboratory of Intense Pulsed Radiation Simulation and Effect, Northwest Institute of Nuclear Technology

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