首页 | 本学科首页   官方微博 | 高级检索  
     

奥运射击子弹的无损检测:I.用中子和X线技术实现子弹火药装填量的无损检测
引用本文:王培勇,杨良策,王义夫,王守恒,金季春,冯锋,傅兰英,邢瑜,龙非筱. 奥运射击子弹的无损检测:I.用中子和X线技术实现子弹火药装填量的无损检测[J]. 首都体育学院学报, 2010, 22(4)
作者姓名:王培勇  杨良策  王义夫  王守恒  金季春  冯锋  傅兰英  邢瑜  龙非筱
作者单位:1. 清华大学,北京,100084
2. 国家射击队,北京,100144
3. 首都体育学院,北京,100088
4. 北京体育大学,北京,100084
5. 河南新乡医学院,河南新乡,453003
摘    要:射击比赛一直以来都是奥林匹克运动会的正式项目,该项目对枪械和子弹的物理尺寸都有严格的规定.在射击比赛中,子弹的火药装填量是影响运动赛成绩的重要因素之一,如何对其进行无损检测,是各个射击队长期以来迫切期盼解决而未能解决的难题.为保证中国国家射击队所用子弹的质量,在对多种无损测量方法对比之后,使用X线和中子照相2种方法,分别对发令枪子弹、奥运射击子弹和几种装有不同类型火药的子弹做了对比测量,有效地提高子弹的可信度.最后对测量结果进行了理论对比分析,总结得出子弹火药含量无损检测的可行方法.

关 键 词:子弹火药  X线  中子照相  无损检测

Non-destructive detection of bullets for Olympic Games
WANG Peiyong,YANG Liangce,WANG Yifu,WANG Shouheng,JIN Jichun,FENG Feng,FU Lanyin,XING Yu,LONG Feixiao. Non-destructive detection of bullets for Olympic Games[J]. Journal of Capital College of Physical Education, 2010, 22(4)
Authors:WANG Peiyong  YANG Liangce  WANG Yifu  WANG Shouheng  JIN Jichun  FENG Feng  FU Lanyin  XING Yu  LONG Feixiao
Affiliation:WANG Peiyong1,YANG Liangce1,WANG Yifu2,WANG Shouheng3,JIN Jichun4,FENG Feng4,FU Lanying5,XING Yu1,LONG Feixiao11.Teaching and Research Division of Physical Culture,Tsinghua University,Beijing 100084,China,2.Chinese National Shooting Team,Beijing 100144,3.Cipital Institute of Physical Education,Beijing 100088,4.Beijing Sport University,5.Xinxiang Medical University,Xin Xiang 453003,China.
Abstract:In order to ensure the quality of the bullets,both X-ray and neutron imaging technique were selected for the bullet detection after comparing and analyzing many kinds of non-destructive methods.The samples,including starting gun bullets,pistol bullets and the bullets fitted with different kinds of powder,were detected respectively with the above methods.Then,the testing results were theoretically analyzed,and the practicability method of bullet detection was provided.
Keywords:bullet powder  X-ray  Neutron imaging  Non-destructive testing  
本文献已被 CNKI 万方数据 等数据库收录!
设为首页 | 免责声明 | 关于勤云 | 加入收藏

Copyright©北京勤云科技发展有限公司  京ICP备09084417号