傳爆藥 的英文怎麼說
中文拼音 [zhuànbàoyào]
傳爆藥
英文
booster explosive-
The desensitized explosive petn film was prepared by physical vapour deposition ( pvd ) technology, and sem was used to analyze the microstructure and grain size of petn film
摘要採用物理氣相沉積（ pvd ）技術研製了鈍化太安炸藥薄膜，對薄膜的微觀結構和顆粒粒度進行了分析，對顆粒粒度與薄膜爆轟波穩定傳播臨界尺寸的關系進行了探索。According to the stress wave theory on explosive exploding propagating in the rock, it builds up mathematical model of fractural ranges in the rock, and carry out actual calculation and analysis on fractural range of bench shooting in deep - hole. as a result of calculation, the lateral and bottom fractural range are about 1. 9m
根據炸藥爆炸在巖石中傳播的應力波理論，建立巖石爆破破裂范圍數學模型，並對深孔梯段爆破破裂范圍進行了實行計算分析，計算結果為：混裝乳化炸藥巖石深孔梯段爆破側向底部破裂范圍為1 . 9m 。Improvement of detonation propagat ion of decked charges in a smooth blasting hole and its application
光面爆破孔內間隔裝藥傳爆方法的改進與應用Explosives for civil uses - detonators and relays - definitions, methods and requirements for electronic initiation systems
民用爆炸物.起爆管和傳爆藥.電子起爆系統的定義方法和要求Explosives for civil uses - detonators and relays - part 27 : definitions, methods and requirements for electronic initiation systems ; german version cen ts 13763 - 27 : 2003
民用炸藥.雷管和傳爆管.第27部分:電子起爆系統的定義Explosives for civil uses - high explosives - determination of transmission of detonation
民用爆炸物.烈性炸藥.爆炸聲傳輸的測定The effects of the particle size and distribution of ink explosive on the critical explosion transfer performance of explosive logic circuit are studied
摘要研究了油墨炸藥的粒度大小、粒度分佈對爆炸邏輯網路臨界傳爆性能的影響。The results show that the size, distribution of and uniformity of the explosive can affect the explosion transfer performance of explosive logical circuit
結果表明，炸藥粒度及分佈、組分混合均勻性對爆炸邏輯網路的傳爆性能有很大的影響。The link and explosion transmission of non - electric detonator network were analyzed and the cause of misfire during underwater reef blasting with the network was found out
摘要分析了非電導爆管起爆網路的連接和傳爆過程，找出了採用該起爆網路進行水下炸礁時，炮孔裝藥產生拒爆的原因。The method of strengthening the charging at the bottom of the blasting - hole is usually described in traditional teaching - books and blasting engineering, which is used to overcome resistance at the bottom
傳統的教科書和工程爆破中通常是採取孔底超深加強裝藥或底部採用猛炸藥的方法，用以克服底部阻力，消除根底。Detonator is the crucial part of the cartridge booster train and is the necessary primer unit during the engineering blasting, so its output is one of the main properties of detonator
雷管是彈藥傳爆序列中重要的組成部分，也是工程爆破中必不可少的起爆元件，其輸出能力是雷管的重要性能之一。Study on the concave spherical structureof the booster pellet
凹球型傳爆藥裝藥結構研究Explosives for civil uses - detonators and relays - part 1 : requirements
民用炸藥.雷管和傳爆管.第1部分:要求Explosives for civil uses - detonators and relays - determination of thermal stability
民用爆炸物.雷管和傳爆藥.熱穩定性的測定Explosives for civil uses - detonators and relays - part 2 : determination of thermal stability
民用炸藥.雷管和傳爆管.第2部分:熱穩定性的測定Explosives for civil uses - detonators and relays - part 3 : determination of sensitiveness to impact
民用炸藥.雷管和傳爆管.第3部分:沖擊靈敏度的測定Explosives for civil uses - detonators and relays - determination of sensitiveness to impact
民用爆炸物.雷管和傳爆藥.沖擊敏感性的測定The results are of significance in decreasing the quantity of booster explosive, so as to improve the safety of the weapon
研究結果對于減少武器爆炸序列中敏感元件傳爆藥的使用數量，進而提高武器系統使用安全性具有重要意義。By experiment, is was found that the quantity needed for annular booster explosive is 15 % less than that for cylinder, and that for cone annular one is 26 % less
試驗表明，環形傳爆藥較圓柱形傳爆藥可減少藥量約15 % ，錐環形傳爆藥較圓柱形傳爆藥可減少藥量約26 % 。Abstract : to meet the needs of the development of the insensitive ammunition ， two new structures of the booster pellet, the annular and the cone - annular, were studied
文摘:為了適應鈍感彈藥發展的需求，利用沖擊波匯聚技術和起爆理論，研究了環形、錐環形兩種新型傳爆藥裝藥結構。分享友人