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基于电磁加热法的防坦克地雷中所装药料处理技术
引用本文:罗同杰,杜文胜,赵运,宁灵生,王保玲,孙世廷,王海涛,张丽萍. 基于电磁加热法的防坦克地雷中所装药料处理技术[J]. 兵工自动化, 2014, 33(2): 27-29
作者姓名:罗同杰  杜文胜  赵运  宁灵生  王保玲  孙世廷  王海涛  张丽萍
作者单位:豫西集团有限公司销毁中心,河南 云阳,474678;豫西集团有限公司军品分公司,河南 云阳,474678
摘    要:针对目前国内采取蒸汽熔药法或机压法处理报废防坦克铁壳地雷时存在的能耗高、劳动卫生条件差、药尘大、作业劳动强度大等缺点,提出一种采用电磁加热倒空法处理防坦克地雷装药的新技术。以59式铁壳防坦克地雷为例进行电磁加热工艺确定,分析电磁加热熔药专机的组成及主要指标和功能,给出电磁加热熔药专机的工作工程。结果表明:该方法能减轻库房存储压力、消除不安全隐患,显著提高拆分处理报废防坦克地雷的能力,提高拆分处理工艺过程的本质安全度和综合效益,能满足实际需求。

关 键 词:防坦克地雷  电磁加热  熔药法  微药量熔化
收稿时间:2014-04-15

Antitank Mine of Ammunition Processing Technology Based on Electromagnetic Heating Method
Luo Tongjie,Du Wensheng,Zhao Yun,Ning Lingsheng,Wang Baoling,Sun Shiting,Wang Haitao,Zhang Liping. Antitank Mine of Ammunition Processing Technology Based on Electromagnetic Heating Method[J]. Ordnance Industry Automation, 2014, 33(2): 27-29
Authors:Luo Tongjie  Du Wensheng  Zhao Yun  Ning Lingsheng  Wang Baoling  Sun Shiting  Wang Haitao  Zhang Liping
Affiliation:1 (1. Disposal Center, Yuxi Industries Group Co,, Ltd., Yunyang 474678, China; 2. Branch Company of Military Products, Yuxi Industries Group Co., Ltd., Yunyang 474678, China)
Abstract:In view of the present domestic take steam molten medication or press method processing energy consumption has scrapped anti tank steel mines at high, labor sanitation, medicine dust big, labor intensity big shortcomings, puts forward a new technology of anti tank mines would charge air treatment by using electromagnetic heating. Takes 59-type steel anti tank mine as an example to determine the electromagnetic heating technology, analyze electromagnetic heating melt ammunition plane composition and main index and function, gives the electromagnetic heating melting medicine machine work. The results show that, this method can reduce the warehouse storage pressure, eliminate security risks, improve ability to split the scrapped anti tank mines, improve the splitting process essential safety degree and the comprehensive benefits, and meet the actual demand.
Keywords:antitank mine  electromagnetic heating  melting method  the micro amount of melting
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