explosive factor 中文意思是什麼

explosive factor 解釋
炸藥爆破系數
  • explosive : adj 1 爆炸(性)的,爆發(性)的。2 暴躁的。3 【語言學】爆破音的。4 極易引起爭論的。n 1 易爆炸物...
  • factor : n 1 〈英國〉經銷人;(代客買賣收取傭金的)經紀人;代理商;代辦人;〈蘇格蘭語〉 土地經管人。2 要素...
  1. A principal factor in the situation was the arab population and its explosive potentialities.

    其中主要的因素是阿拉伯的人民,以及它具有暴動的可能性。
  2. The new rate of 11c ( p, ) 12n is larger by about a factor of 2 than that of ref. [ tan02 ], and could transfer 3he to cno materials earlier, so that it may act as a seed of the cno cycle and cause the explosive of the massive star

    計算結果表明,在某些巨質量貧金屬星中, 「 he通過「 c ( p ,的『 zn從p一p鏈過度到cno循環,有可能起到種子核的作用,引發星體的爆炸,從而改變巨質量星塌縮為黑洞的命運。
  3. Abstract : quality of the external purchase equipment is the mai n factor that influence the quality of initiating explosive device

    文摘:火工品用外購器材的質量問題是影響產品質量的重要因素。
  4. In this paper, charge calculating formulas and their relations of cutting chamber loose blasting are firstly analyzed with the theories of dimension, fluid dynamics. explosive dynamics, etc and the significance of the explosive factor in it is pointed out. calculating methods of the explosive factor are researched by law of conservation of energy, and then a new one is brought forward which proves to be rational and reliable by a sample

    本文首先採用量綱分析、流體動力學、功能平衡理論、爆炸動力學等理論,分析了路塹硐室松動爆破裝藥量計算公式及其內在聯系,並指出k值在現有藥量計算公式中的重要性;在分析現有k缺陷的基礎上,利用能量守恆原理,研究了路塹硐室松動爆破單位炸藥消耗量計算方法,並提出一種新的k值計算方法,實例驗證本方法合理、可靠,優于其它k值計算方法。
  5. The paper analyzes the chaos characteristics of the rock stress ^ fragment dimension crashing process under the explosive blasting by the chaos theory for the first time, puts forward academic point of view that blasting system is a typical chaos system, adding up to damage mechanics, reduces the connection between blasting fragment face and original damages of rock. then, the concepts of blasting attracted face and the blasting attracted factor have been put forward

    結合損傷力學研究了爆破破碎面與巖石初始損傷的關系,首次提出了爆破吸引面、破碎吸引因子的概念;結合分形理論,討論了爆破吸引面分形維數與破碎塊度分形維數之間的關系;使巖石在爆破作用下的本構關系研究轉化為破碎吸引面的本構關系研究。
  6. The difficult part of this technology focuses on several practical problems such as how to improve the equality of blasting block, how to decrease the consumption of explosive factor and blasting equipment and how to reduce the rate of lost mineral block

    該項技術的難點集中在如何提高爆破塊度的均勻度指標、降低炸藥單耗及器材的消耗量、降低礦石貧化率等實際問題上。
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