摘要
次声技术是证明确实有用的一种大气层核爆炸监测和定位技术。一个周密设计的系统可在几小时内检测出事件，定位精确度在１００ｋｍ之内，而且可以实时估计出当量并以其所独具的事件识别能力作出判断和分类。为此本文介绍中国科学院声学所核爆炸次声波监测系统的配置，网络设计、弱次声信号检测和次声定位精度，为全面禁试条约国际监测系统尽其所长。
Infrasound is a proven technique for detecting and locating atmospheric nuclear explosion. A Properly designed system provides detection within a few hours, location accuracy of 100 km or better, and indication of yield in real time, and gives out judgement and classification with its unique capability of event identification. the configuration of infrasound monitoring system for atmospheric nuclear explosions in the Institute of Acoustics, Chinese Academy of Sciences, network design, small infrasonic signal detection and the accurary of infrasonic location are given in this paper. It will make as good as possible for monitoring nuclear test in Comprehensive Nuclear Test Ban Treaty. (
出处
《核电子学与探测技术》
EI
CAS
CSCD
北大核心
1997年第6期408-411,430,共5页
Nuclear Electronics & Detection Technology
基金
国家自然科学基金
关键词
次声监测系统
大气核爆
核爆炸监测
Infrasound monitoring system Atmospheric nuclear expolsion)
