Research on the Nondestructive Detection Technologies for Japanese Abandoned Chemical Weapons in the Water in China

Author:

Yao Zong Zhong1,Guan Ying Qiang1,Wang Xin Ming1

Affiliation:

1. Institute of Chemical Defence

Abstract

The aim of the paper is the research on the nondestructive detection of Japanese abandoned chemical weapons (JACWs) in the water. Distribution and characteristics of JACWs in the lakes and rivers in China, the task, the equipment and technical requirements of the JACWs nondestructive detection in the water are presented. Practical methods and procedure of JACWs nondestructive detection in the water are given by confirmed with verification test. Two living examples of JACWs nondestructive detection in the water are also presented. In the practice of JACWs detection, it is proved that this method and procedure of JACWs detection in the water has advantages such as high efficiency, low risk, good maneuverability and good effectiveness.

Publisher

Trans Tech Publications, Ltd.

Subject

General Engineering

Reference9 articles.

1. Ahmed Salem, Toshio Hamada, Joseph Kiyoshi Asahina, et al. Detection of unexploded ordance(UXO) using marine magnetic gradiometer data, J. Exploration Geophysics(2005) 67-71.

2. Yu Zhonghong, Wang Chuanlei, etc. Physical simulation experiment and analysis to the effective depth for magnetic survey detecting, J. Chinese Journal Engineering Geophysics(2007)118-122.

3. Carl C. Managing Land Mine and UXO Contamination in Exploration Projects, J. The Leading Edge(2005) 376-377.

4. Butler D K. Potential Fields Methods for Location of Unexploded Ordnance, J. The Leading Edge(2001)890-895.

5. Wang F. New technologies of gravimetric and magnetic survey, J. Journal of Precious Metallic Geology(2004)184-186.

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