CAJ | 학술논문

基于虚拟仪器使用方便、灵活、功能完善和开发成本低等优点，在LabVIEW平台下设计了虚拟β-γ符合测量系统，并对该系统进行测试。测试结果表明，采集卡所采集的信号与探测器输出的信号基本一致，信号经过符合测量之后，其测量误差在允许的范围之内，且该系统的界面逼真，参数调节方便，基本实现了符合测量的主要功能，为今后的核物理研究提供了一个良好的实践基础。
기우허의의기사용방편、령활、공능완선화개발성본저등우점，재LabVIEW평태하설계료허의β-γ부합측량계통，병대해계통진행측시。측시결과표명，채집잡소채집적신호여탐측기수출적신호기본일치，신호경과부합측량지후，기측량오차재윤허적범위지내，차해계통적계면핍진，삼수조절방편，기본실현료부합측량적주요공능，위금후적핵물리연구제공료일개량호적실천기출。
As the virtual instruments were more powerful and flexible than the traditional ones , a virtual coinci-dence measurement system based on LabVIEW was designed and tested , and it provides a basic implement for the future of the nuclear physics research .The test results shown that , the system, whose interface was realis-tic, convenient regulate , conforms to the main function of the coincidence measurement and can work regularly . And its measurement results were proper for real applications .