By way of increasing the initiating networks reliability, the blasting network was adopted.
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。
Using SHOTPLAN software for optimal design of blasting network, reliable initiation of the network for single hole is realized.
利用SHOT PLAN软件进行爆破网路优化设计，实现了单孔单网路的可靠起爆。
Reasonable blasting parameters and blasting network as well as perfect prevention measures were elaborately designed and operated.
合理的爆破参数、准确的起爆网路及完善的防护措施使爆破达到了预期的效果。
In this Paper, the theoretical calculation and Practical analysis Showthat the blasting network Systems are broken by blasting Shock Wave.
本文通过理论计算和实际分析表明，井下爆破空气冲击波对爆破网路有着较大的破坏作用。
The paper introduced the design, construction and protection technology for blasting network of (30 + 15) ton dock cofferdam under water-filled condition.
介绍了充水条件下(30 +15)万吨级船坞围堰水下爆破网路的设计、施工与防护技术。
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.
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。
In this paper, We have proved a group of recursive formulas, which are used for Computing Probability of blast at point in lattice blasting network. Finally, exhibit Compute result of a example.
本文证明了一组求格式传爆网路上各结点的准爆率的递推计算公式，最后运用这些公式给出一个实例的计算结果。
The blasting scheme, blasting altitude, blasting parameter, blasting network and blasting safety in the blasting demolition of an outdated framed structure water tower in an university are introduced.
介绍了该水塔拆除的爆破方案、爆破高度、爆破参数、爆破网路以及爆破安全等主要设计技术。
The blasting scheme, blasting altitude, blasting parameter, blasting network and blasting safety in the blasting demolition of an outdated framed structure water tower in an university are introduced.
详细介绍了主要爆破参数的计算和选取，以及爆破安全性的分析。
Optimization of smooth blasting procedure, the most important one for network plan, is discussed.
在施工网络计划的优化过程中，就关键工序光面爆破进行了优化设计。
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.
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。
Determination of blasting scheme, selection of blasting parameters, calculation of charge weight, priming network, safety precautions and others were presented in this paper.
文中介绍了爆破方案确定、爆破参数选择、装药量计算、起爆网络及安全措施等。
In this paper, the blasting design was introduced, including the layout of charged Chambers, the selection of blasting parameters, charge weight, charging structure and priming network.
本文介绍了爆破方案，包括药室布置、爆破参数选择、药量及装药结构、起爆网路等有关技术。
Predicts bench tight blasting effects by genetic neural network, which can enhance the reliability of predicting effects. Genetic neural network is the model of human brain.
应用遗传神经网络模型对台阶压碴爆破效果进行了预测，增强了预测结果的可靠性。
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.
分析了非电导爆管起爆网络的连接和传爆过程，找出了采用该起爆网络进行水下炸礁时，炮孔装药产生拒爆的原因。
The results indicate that the predicted values accord with the measured ones and the artificial neural network is reliable in predicting blasting vibration peak velocities.
预报值与实测值符合较好，证实人工神经网络能有效预报爆破地震动峰值。
Otherwise, the resistance should be checked piece-by-piece or circuit-by-circuit to ensure the reliability of network and achieve the ideal blasting effect.
否则，应逐发或逐路进行检查，以确保网路连接可靠，获得理想的爆破效果。
In this paper bench tight blasting effects are predicted by genetic neural network, then the reliability of predicting effects is enhanced.
应用遗传神经网络模型对台阶压碴爆破效果进行了预测，增强了预测结果的可靠性。
Predicts bench tight blasting effects by genetic neural network, which can enhance the reliability of predicting effects.
应用遗传神经网络模型对台阶压碴爆破效果进行了预测，增强了预测结果的可靠性。
The non electric blast ignition network is used widely in the practice of blasting engineering.
非电起爆技术在爆破实践中越来越被广泛应用。
The non electric blast ignition network is used widely in the practice of blasting engineering.
非电起爆技术在爆破实践中越来越被广泛应用。
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