1) Closed-bomb
爆发器
1.
Experimental Study on In-wall Temperature Measurement of the Closed-bomb;
爆发器内壁温度测试的实验研究
2.
Based on the special sensor and multi-point measure, a new method is proposed using temperature extrapolation method to get the in-wall temperature of the closed-bomb.
基于专用传感器与多点测量,提出了一种利用温度外推测试法获得爆发器内壁温度的新方法。
2) exploder
[英][iks'pləudə] [美][ɪk'splodɚ]
发爆器
1.
According to the condition of using each kind of exploders in China,based on the ordinary capacity type exploder,to perfect FB-100 pocket multi-functional exploder,the research group have developed FD-100Z numeral capacitor exploder which can check up blasting network resistance automatically by hard work.
根据国内现使用各类发爆器的情况,在原普通电容式发爆器的基础上,为完善FB-100型袖珍多功能发爆器,经过研究小组的共同努力,研制出了FD-100Z自动检查爆破网路电阻数码电容式发爆器。
2.
The exploder is controlled by single chip processor PIC16C55 and can be used in explode old buildings and in mines.
介绍了一种由单片机PIC16C55控制的发爆器,它改善了现有老式发爆器笨重、操作繁琐、维修不便、安全可靠性差等缺点,大幅度地降低了制造成本。
3.
In order to ensure the mine safety production and to prevent the coal dust and gas explosion accidents occurred by electric spark,the paper discussed how to eliminate the electric spark occurred from the mine underground illuminations,electric cable connec- tion,underground electric cable selection and mine exploders.
为了确保煤矿安全生产,防止由于电火花引起的煤尘、瓦斯爆炸事故,从煤矿井下照明、电缆连接、井下电缆选用、矿用发爆器的问题,探讨如何避免电火花的产生。
3) exploder mechanis
爆发器;起爆机构
4) exploder mechanism
爆发器,起爆机构
5) manometric bomb
密闭爆发器
1.
The poisonous gas in combustion gases for gun propellant by manometric bomb test was analyzed by infrared spectrum technique.
采用密闭爆发器模拟发射药实际燃烧过程中生成燃气,并用红外光谱分析技术检测发射药燃气成分中毒性气体。
2.
The combustion process in oil well in high-energy gas fracture is simulated by manometric bomb test.
利用密闭爆发器测试技术模拟了高能气体压裂弹的爆燃过程,并使用红外光谱分析技术对燃气成份中毒性气体进行了检测。
3.
The combustion process of high energy gas fracture in oil well is simulated with manometric bomb,the poisonous gas produced in the process is analyzed by infrared spectrum technique.
用密闭爆发器模拟高能气体压裂弹在油井中的燃烧过程,用红外光谱分析技术检测燃气成份中的毒性气体,测试了7个不同生产厂的高能气体压裂弹产品的燃气成份,并对特殊产品燃气中产生HCN机理进行了分析。
6) Closed bomb
密闭爆发器
1.
A modified closed bomb was used to study burning rate characteristic of propellant enhanced by plasma.
利用改进的密闭爆发器对等离子体增强火药燃速的特性进行了实验研究。
2.
Some catalysts are putting into TEGDN gun propellants and the effect of these catalysts on combustion properties of TEGDN gun propellant is studied through closed bomb test.
将燃烧催化剂引入太根发射药中,利用密闭爆发器静态燃烧实验研究了这些燃烧催化剂对太根发射药燃烧性能的作用效果。
3.
Two factors resulting in pressure loss in closed bomb test were discussed.
分析了造成密闭爆发器实验时压力损失的两个因素,从造成压力曲线损失的理论关系式出发,无须测量密闭爆发器的壁温曲线,仅根据压力曲线得到了一种适用于火药燃烧的全过程的压力修正方法。
补充资料:《美苏关于减少爆发核战争危险的措施的协定》
《美苏关于减少爆发核战争危险的措施的协定》
Treaty between the United States of America and the Union of Soviet Socialist Republics on the Limitation of Anti-Ballistic Missile Systems
Mei一Su‘〕uanyu Jianshao Baofa He-zhanzhe全ng Weixian de Cuoshi deXieding《美苏关于减少爆发核战争危险的措施的协定》(A greem。,。。Meas“re、toRe-duee tjle Risk ofoutbreak ojN比Clear科hrbe-tween the United Stazes ofAmeriea and the陇ion丫肋viet SoeialistR印ublies)美国和苏联为防止偶发性核战争而签署的协定。1971年9月30日在华盛顿签署,同日生效,无限期有效。该协定是在1969年n月开始的美苏限制战略武器会谈过程中签订的,属于建立信任措施性质。70年代初期,美苏战略核力量达到大体均势,具有“相互确保摧毁”的能力,双方都认识到美苏核战争的严重后果。核武器尽管具有多种安全装置和措施,但存在着由于操作人员失误、技术故障、意外事故或未经授权人员的行为而引发“偶发性核战争”的危险。本协定的主要目的就在于减少这种危险。协定共9条,主要内容有:双方从组织上和技术上采取必要的安全措施,防止意外使用或未经授权使用核武器;一旦发生具有导致核战争危险的偶然事件,或预警系统发现不明目标,应立即相互通告;如果一方准备向本国国土以外朝对方方向试射导弹,事先应通知对方;双方为减少爆发核战争危险的通讯联络,主要通过两国的“热线”进行。1987年5月4日,美苏达成《关于建立减少核危险中心的协议》,决定建立专门监视、通报和防止偶发性核战争的机构。该协议是上述协定的补充、延伸和发展。 (萨本望)
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
参考词条