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引爆燃料
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  “引爆燃料”译为未确定词的双语例句
     Investigation on Single Igniting Fuel-air Explosive and Its Explosion Effects
     一次引爆燃料空气炸药及其爆炸效应研究
短句来源
     The analyzing and the experiment results show that the liquid explosive proportion should be larger than a critical value, so the unobstructed narrow passages can be produced in the microcosmic structures of Fuel air Explosive, and the organic fuel component in single event Fuel air Explosive does not have the desired effects in the process of dispersal and explosion.
     分析和实验结果表明 ,液体炸药组分比例应大于某一临界值 ,这一临界值必须保证液体炸药组分在一次引爆燃料空气炸药混合燃料细观结构内形成通路 . 一次引爆燃料空气炸药的液体有机燃料组分超过临界比例在分散爆轰中不可能发挥出应有的作用 .
短句来源
  相似匹配句对
     Detonate Black
     引爆黑色
短句来源
     Fuel cells
     燃料电池
短句来源
     Fuel Cell
     燃料电池
短句来源
     Experimental study on the direct initiation of detonation in fuel-air sprays
     燃料-空气云雾爆轰的直接引爆实验研究
短句来源
     Investigation on Single Igniting Fuel-air Explosive and Its Explosion Effects
     一次引爆燃料空气炸药及其爆炸效应研究
短句来源
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The dispersal and detonation theory on single event Fuel air Explosive is discussed in this paper. The measuring results for air shock waves, seismic waves, damaged objectives and explosion processes of single event Fuel air Explosive devices are presented. The functions of various components in single igniting Fuel air Explosive are analyzed based on the measuring results. The analyzing and the experiment results show that the liquid explosive proportion should be larger than a critical value, so the unobstructed...

The dispersal and detonation theory on single event Fuel air Explosive is discussed in this paper. The measuring results for air shock waves, seismic waves, damaged objectives and explosion processes of single event Fuel air Explosive devices are presented. The functions of various components in single igniting Fuel air Explosive are analyzed based on the measuring results. The analyzing and the experiment results show that the liquid explosive proportion should be larger than a critical value, so the unobstructed narrow passages can be produced in the microcosmic structures of Fuel air Explosive, and the organic fuel component in single event Fuel air Explosive does not have the desired effects in the process of dispersal and explosion.

本文讨论了一次引爆燃料空气炸药分散爆轰原理 ,通过一次引爆燃料空气炸药爆炸空气冲击波、地震波、宏观目标毁伤及高速运动分析系统实验观测 ,分析了一次引爆燃料空气炸药组分在分散爆轰过程中的作用 .分析和实验结果表明 ,液体炸药组分比例应大于某一临界值 ,这一临界值必须保证液体炸药组分在一次引爆燃料空气炸药混合燃料细观结构内形成通路 .一次引爆燃料空气炸药的液体有机燃料组分超过临界比例在分散爆轰中不可能发挥出应有的作用 .

According to detonation mechanism of single event fuel air explosive (FAE), the microcosmic structure in the solid and liquid fuel mixture is described and analyzed by fractal theory in this paper. The relationship among the components in the solid and liquid fuel mixture during the detonation is approached on. The theory base is offered for optimization of the fuel component proportion and matching of microcosmic structure in the fuel mixture. The analysis conclusion in this paper is identical with that of...

According to detonation mechanism of single event fuel air explosive (FAE), the microcosmic structure in the solid and liquid fuel mixture is described and analyzed by fractal theory in this paper. The relationship among the components in the solid and liquid fuel mixture during the detonation is approached on. The theory base is offered for optimization of the fuel component proportion and matching of microcosmic structure in the fuel mixture. The analysis conclusion in this paper is identical with that of test.

根据一次引爆燃料空气炸药爆轰的物理机制 ,利用分形几何原理 ,描述和分析固液混合燃料介质内部细观结构 ,探索各组分在起爆过程中的相互关系 .为燃料空气炸药组分比例优化和细观结构匹配提供理论依据 .本文提出的分析方法和结果与实验吻合

Experimental results of the explosion effects of Fuel Air Explosive (FAE) in four kinds of device structures are studied The experimental results have shown that even distribution of the FAE cloud is the most important factor affecting explosion for the single event FAE The explosion actions of high explosives which are not located in centers of the devices will make the FAE cloud unevenly distributed around the central axis of the devices, so that the explosion effects become worsened Charge of high...

Experimental results of the explosion effects of Fuel Air Explosive (FAE) in four kinds of device structures are studied The experimental results have shown that even distribution of the FAE cloud is the most important factor affecting explosion for the single event FAE The explosion actions of high explosives which are not located in centers of the devices will make the FAE cloud unevenly distributed around the central axis of the devices, so that the explosion effects become worsened Charge of high explosive in the centeral axis of the device is favorable to improvements in the explosion effects of single event FAE

本文介绍一次引爆燃料空气炸药 (FAE)装置四种不同结构爆炸作用的实验结果。其结果表明 ,燃料分散的均匀性是影响一次引爆燃料空气炸药爆炸效果的主要因素。非中心对称装药爆炸分散造成云雾分布的非均匀性 ,爆炸效果较差 ;中心对称装药有利于形成环向均匀分布的云雾区 ,改善爆炸作用效果。

 
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