火焰温度是泄爆管重要性能参数。
Flame temperature is a very important parameter of the detonating fusee.
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.
提出了预防屏式再热器爆管的有效措施。
The measures to prevent reheater tube failure are presented.
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.
分析了爆管原因，提出了今后改进的措施及建议。
The explosion causes are analyzed and Suggestions for improvement are set forward.
本文对引起过热器超温爆管的主要原因进行了分析。
This paper analyze the major contributions to burst for over-temperature of boiler's superheater.
某化工厂丙烯腈反应器冷却水管弯管部位发生爆管。
A below of cooling water pipes of acrylonitrile reactor bursted.
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.
万和热水器热水管爆管或热水管变形导致漏水；及时更换。
Vanward water heater tube explosion or hot water pipe deformation caused by water leakage; timely replacement.
介绍了用于PCCP爆管预警的光纤声监测系统组成及原理。
The composition and working principles of an acoustic fiber optic monitoring system adopted to forewarn the failure of PCCP (Prestressed Concrete Cylinder Pipe) are described.
锅炉过热器爆管，对锅炉寿命和制盐工艺都是一种摧残和破坏。
Pipe Explosion in Superheater of the boiler would damage the boiler and salt operating.
锅炉结垢使锅炉供暖效率降低，严重时可能会造成熔孔或爆管。
The scaled water can reduce the heating efficiency, and seriously it can cause hole-melting or pipe explosion.
本文针对目前常采用的非电导爆管起爆网路的可靠性开展研究。
Study on the Reliability of Nonel Detonation Network and Software Development for Reliability Evaluation;
控制导爆管轴向方向获得较强的反射冲击波可达到理想的起爆过程。
Through controlling the axial direction of the Nonel tube to produce the strong reflection shock wave, the ideal initiating process can be obtained.
穿孔过程中自身不回转的非开挖气动锤包括冲击矛、夯管锤和爆管锤。
The trenchless pneumatic hammers which don t rotate themselves during drilling include impact moles, pipe ramming hammers and pipe bursting hammers.
结果认为，两次爆管均因爆管处上方异物堵塞造成管壁短时过热引起。
It is concluded that two tube bursts were caused by short-time lasting overheating resulted from a foreign matter.
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.
分析了天然气管道发生泄漏、爆管等事故的原因，提出了相应的预防措施。
The accidental causes of natural gas pipeline leaked and burst were analyzed. The corresponding preventive measure were pointed out.
而且磨损也正是省煤器爆管在锅炉四管爆破事故中占的比例较高的原因之一。
Wear and it is also the economizer tube in boiler four tube blasting accident accounted for the proportion of one of the reasons for high.
认为炉内火焰冲刷水冷壁及对流过热器烟温分布不均是造成爆管的主要原因。
It is found that the main cause of tubes bursting is the flame in the burner washing down watercooled wall and the uneven distributed flue-temperature over the convection superheater.
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.
通过对蒸汽过热炉爆管原因进行分析，提出一种更能满足生产需要的炉管材料。
Analyzes reasons for tube blasting of steam superheater and recommends a kind of tube material which can better satisfy production requirements.
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.
重点介绍了再热器爆管的检修处理以及为避免此类故障发生而采取的技术组织措施。
It also gives repair measures and technical procedures for avoiding such kind of breakdowns later on similar boilers.
最后以弹底压力为弹引系统振动模型的输入，求解引信内传爆管装置处的加速度响应。
The acceleration response at the location of the booster device of the system under the projectile base pressure is finally calculated using the modified system vibration model.
近年来，大容量锅炉高温受热面超温爆管现象普遍，严重危及了机组的安全、经济运行。
The prevalent over-temperature caused tube bursting of high-temperature heating surface in large-capacity boilers in recent years has seriously endangered the safe and economic operation of units.
本文针对汉川电厂1、2号炉末级再热器爆管问题，分析了爆管原因，提出了改进措施。
Based on analysis of the cause of tube explosion, which frequently happens on the hot stage reheater of boilers No. 1and 2 in Hanchan power Plant, authors put forward improvement measures.
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.
最后以弹底压力为弹引系统振动模型的输入，求解出系统引信内传爆管装置处的加速度响应。
The acceleration response in the place of booster device of projectile-fuze system under the projectile base pressure was calculated using the modified system Vibration model.
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