排孔爆破 的英文怎麼說

中文拼音 [bèikǒngbào]
排孔爆破 英文
row shooting
  • : 排構詞成分。
  • : 動詞1. (猛然破裂或迸出) explode; burst 2. (放在滾油里快炒) quick-fry
  • : Ⅰ動詞1 (完整的東西受到損傷) be broken; be damaged 2 (使損壞) break; break down; damage 3 (使...
  • 爆破 : blow up; blast; burst; demolish (by explosives); detonate; explode; dynamite
  1. On the basis of modern blasting theories, the moving process of explosive stress field of multi - row and simultaneity is analyzed and the characteristics of stress field inspired by equivalent effect cell of globosity charge in cylindrical charge structure are considered. thus energy distributing equation of detonator explosion is established and the explosive energy utilizing rate factors are known. so the moving process model of the hole filling is constructed and the equation of calculating reasonable filling length is produced

    本文在現代理論的基礎上,分析了多同段炸應力場的作用過程以及柱狀裝藥結構中等效單元球狀藥包所激發的應力場特點,建立了炸藥炸能量分佈方程,明確了影響炸能量利用率的因素,構建了炮充填物運動過程模型,得出計算合理充填長度方程。
  2. Carving groove cracking and concentrated arranging holes in mining stones

    刻槽與密集
  3. The paper researches the relations between blasting effect and blasting parameters, including diameter of drill, non - coincidence coefficient, hole spacing, hole row - spacing, cartridge diameter, charge per hole, density of line charge, charging structure and detonating manner, and how to adjust the blasting parameters to get the best blasting effect under the given geological condition

    本文在重慶市某高速公路合同段進行了現場預裂試驗的基礎上,研究了炮眼直徑、不耦合系數、炮間距、炮距、藥卷直徑、單藥量和線裝藥密度、裝填結構、起方式等參數與效果之間的聯系,以及如何在給定的地質條件下調整參數獲得最佳的效果。
  4. As one part of the research program of study on reliability of stability of high rock slope and optimization of support, the thesis does further study on blasting and achieves some results as follows : ( 1 ) the interaction of shock wave and explosive gas due to blasting is the important cause to the destroy of the rock. the rock in the line of every hole is easiest to be destroyed while single - row blasting. dynamic loads of blasting can be simplified to triangular loads

    本文作為「巖質高邊坡穩定可靠性與支護結構優化研究」研究課題的一部分,對邊坡工程中的施工進行了深入的研究,主要取得了以下成果: ( 1 )沖擊波和生氣體的共同作用是引起巖石壞的重要原因;單中炮連心線上最容易壞;動力荷載可以簡化成三角形荷載。
  5. The influence of specific charge, hole arrangement, charge structure, stem length, millisecond interval and ignition mode on the yield of the blasted boulder is analyzed some measures to lower boulder yield in deep hole blasting of underground mine are presented through the optimization of blasting operation parameters as follows : lowering deep hole blasting effect of geology structure, rationally determining specific charge, using technique of wide - space small burden blasting, technique of manifold charge structure and technique of millisecond compression blasting, strengthening the management of boring construction and blasting construction

    該優化技術措施主要有:減少地質構造對深落礦的影響,合理確定炸藥單耗的方法,使用大距小抵抗線落礦技術,採用多種裝藥結構技術,採用多微差起技術,加強深的施工管理和加強施工的現場管理。
  6. This paper introduce the test and application situation of some new techniques in the stone roadbed blasting of the seventh bidding section of the electrized speed increasing modification works of zhegan railway such as adding the flexible cushion on the hole - bed, making the smooth blasting, making the large - area multi - row short - delay loose blasting, and making the single - hole one - by - one blasting network, etc

    介紹了浙贛鐵路電化提速改造工程第七標段石方路基中,底加設柔性墊層、光面(預裂)、大區多微差松動、單逐個起網路等新技術的試驗和運用情況。
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