本文研究了导爆管的传爆机理。
The detonation transmission mechanism of detonator tube is studied in this paper.
文章综述了塑料导爆管感度及其相关研究的进展。
The paper summarizes the research in Nonel tube and its related area.
介绍了导爆管复式交叉起爆网路可靠性的计算与分析。
The calculation and the analysis of reliability which dupication crossover initiation network of Nonel are introduced.
该设备成本低、可靠性高，是塑料导爆管非电起爆系统生产中的新型设备。
The equipment is low cost and high reliability. It is a new equipment of the non-electric detonating system in the plastic detonating booster.
文章研究了不同型号的塑料导爆管在导热油和柴油中浸泡后传爆可靠性的变化。
The detonation reliability of different model of nonel tube immersed in heat conducting oil and diesel oil have been studied in this paper.
文章用重量法研究了不同浸水条件下导爆管的吸水规律及其对传爆可靠性的影响。
By weight method, the water absorption law and its effect on the propagation reliability of plastic nonel tube under different water dipping conditions were investigated in this paper.
并就某引信中的导爆管到传爆管一级的爆轰传递给出了与实际情形相同的计算结果。
The calculation is in good agreement with the experiment result for detonation transfer reliability from lead to booster in a fuze.
热力学分析表明，导爆管的吸水量不但和浸水温度有关，而且和温度沿导爆管的分布有关。
Thermodynamics analysis indicated that water absorption mass was relevant to both the water dipping temperature and the temperature distribution along the nonel tube.
利用变色塑料导爆管、氮气、氧气和真空系统对管腔内介质影响导爆管传爆可靠性做了研究。
Color changing nonel tube, nitrogen, oxygen and vacuum system were used to study influence of gaseous medium inside nonel tube on its detonation propagation reliability.
通过采用混合药粉配方设计和导爆管管材设计等技术手段开展了提高导爆管传爆可靠性的研究。
The study were carried out to improve the detonation propagation reliability of nonel tube by means of composition of the mixed powdered explosive designed and tube material designed.
文中对一种矿山新型的导爆管反射四通闭合起爆网路系统进行了可靠性试验、分析和现场应用，效果良好。
A new type of close blasting network system of Nonel tube with four-path reflecting unit as a connector has been developed and its application in mining is realized.
通过计算设计了合理的炸高和爆破参数，根据周围环境条件选用了导爆索和导爆管联合起爆网路，爆破拆除达到预想的效果。
The reasonable blasting height, blasting parameters, and united initiation network of fuse and non-electric were designed in the demolition so as to reach an ideal blasting effect.
采用YA-16多闪光高速摄影反相拍摄导爆管经过不同的消爆空间后出口流场的动态结构，以及出口火焰在持续时间内的累积照片，从有利于点燃延期药的角度出发，对出口流场进行了研究。
Many photographs of out let flow field and flame after different decay space were presented by use of YA-16 high speed camera with multi-flashes in an opposite photograph and time accumlate camera.
采用YA-16多闪光高速摄影反相拍摄导爆管经过不同的消爆空间后出口流场的动态结构，以及出口火焰在持续时间内的累积照片，从有利于点燃延期药的角度出发，对出口流场进行了研究。
Many photographs of out let flow field and flame after different decay space were presented by use of YA-16 high speed camera with multi-flashes in an opposite photograph and time accumlate camera.
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