裝藥結構 的英文怎麼說

中文拼音 [zhuāngyàojiēgòu]
裝藥結構 英文
charge design
  • 裝 : Ⅰ名詞1 （服裝） dress; outfit; attire; clothing 2 （演員的化裝品） stage makeup and costume Ⅱ動詞...
  • 藥 : Ⅰ名詞1 （藥物） medicine; drug; remedy 2 （某些有化學作用的物質） certain chemicals Ⅱ動詞1 [書面...
  • 結 : 結動詞（長出果實或種子） bear （fruit）; form （seed）
  • 構 : Ⅰ動詞1 （構造; 組合） construct; form; compose 2 （結成） fabricate; make up 3 （建造; 架屋） bui...
  • 結構 : 1 （各組成部分的搭配形式） structure; composition; construction; formation; constitution; fabric;...
  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

    本文在現代爆破理論的基礎上，分析了多排同段爆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，建立了炸藥爆炸能量分佈方程，明確了影響爆炸能量利用率的因素，構建了炮孔充填物運動過程模型，得出計算合理充填長度方程。
  2. At the same time, we researched the method of the dynamic photoelasticity experiment. we designed a protection device and a trigger to pack the medicine structure synchronously

    同時對動光彈爆破的實驗方法作了探索，設計出防護裝置和同步觸發裝藥結構。
  3. Safety analysis on the precess of launch of gun for balance based on structure of charges designed is done in the thesis

    並根據設計的裝藥結構條件對平衡炮發射過程進行安全性分析。
  4. Abstract : in the countersunk caseless cartridge, the burning at ignition allied to the matching of charge configuration

    文摘:埋頭無殼彈的點火、燃燒與裝藥結構的相互匹配有著十分密切關系。
  5. And the project will consist of blasting parameters, explosives compounding filling fabric, square blast - hole distributing, v detonate at the form, and blasting network design

    即爆破參數、組合裝藥結構、方形布孔、 v形起爆、網路設計等於一體的方案。
  6. The paper suggests the new heat insulation materials and charge structures used under different temperatures condition of blasting objects, and presents the methods to avoid miss - fire and the measure to control the blasting shock and vibration damages to protected objects such as furnace lining, furnace body and back - up bearing

    推薦了被爆體在不同溫度條件下應採用的新型隔熱材料及裝藥結構，同時給出了施工過程中避免拒爆的方法及控制爆破產生的振動沖擊對被保護對象（如爐襯、爐皮和支撐軸承等）危害的具體措施。
  7. Several kinds of fire detonator and stab detonator are tested by this new measurement system, and the test results show that the syst em has characteristics of good stability, high sensitivity and veracity on the detonator output and can reflect the change of charge and configuration very well

    本文利用油壓應變測試系統對多種火雷管和針刺雷管進行了輸出威力測試，測試結果表明該測試系統具有穩定性好、靈敏度高、測試準確的特點，能夠反映雷管裝藥量及裝藥結構的變化，並為提供雷管合格判據奠定了基礎。
  8. Basing on the theory of shape geometry, the distribution of rock blasting fragmentation are discussed, fragmentation of blasting experimentation of different charging construction appears shape character, and the relation of explosive ratio, line of weakness and distribution of blasting fragmentation are confirmed by regression, the relation of function of explosive ratio of distant loading and consecutive loading are confirmed by contrasting different distribution of blasting fragmentation of charging construction, a new approach will be put forward for optimized of bore net parameter and forecast of distribution of blasting fragmentation

    回歸分析了爆破試驗的炸藥單耗、底盤抵抗線與爆破塊度分維數之間的函數關系，對比不同裝藥結構爆破塊度的分維數，得出了同等條件下間隔裝藥與連續裝藥炸藥單耗差值的關系，以及裝藥結構對巖石爆破塊度分佈影響的規律。根據對巖石爆破破碎塊度分佈分形規律的研究，找出了預測孔網參數優化、爆破塊度分佈新的途徑。
  9. To achieve a reasonable charging construction, by analyzing g. harries ' s mathematics model theoretic and calculating the parameter of explosive construction by using delphi programmable language programming the program. the result analyzing of blasting test approves that optimization of explosive construction can give the economic benefit for mine

    為尋求合理的裝藥結構，對g . harrise數學模型進行了理論分析，採用delphi語言編制計算機程序計算裝藥結構參數，爆破試驗結果分析證實裝藥結構優化可以為礦山帶來經濟效益；根據分形幾何理論，探討了巖石爆破塊度的分形特徵，不同裝藥結構爆破試驗的破碎塊度均顯現出了良好的分形結構。
  10. Under the consideration of the engineering geological condition of dahuashui hydropower station, the pre - splitting blasting technology and reasonable construction method are adopted for the excavation of the dam foundation in accordance with the analysis on the rock strata therein, in which the design of the blasting parameters and powder charging structure as well as the angle control and the height of the excavating steps are particularly determined, and then better splitting effect is got for the slope excavation and the quality requirement of the construction is satisfied as well

    摘要結合大花水水電站大壩工程地質條件，通過分析巖層具體情況，採用預裂爆破施工技術，合理施工方法進行壩基開挖，並對爆破參數和裝藥結構的設計，鉆孔的角度控制和梯段高度精心確定，使該邊坡開挖預裂取得良好的效果，保證了壩基開挖的質量要求。
  11. Based on the numerical simulation method of finite element, the calculation method of particle vibration velocity, an important index reflecting the blasting vibration intensity, is discussed ; and an comparison analysis of the calculation results between two different kinds of charge structures decked with air and water is made

    基於有限元數值模擬方法的基礎上對反映爆破震動強度的重要指標質點振動速度的計算方法進行了探討，並對空氣和水兩種不同間隔裝藥結構下的震動強度計算結果進行了對比分析。
  12. For dual energy gamma ray coal ash gauge, the error induced by inten sity averaging is consisted of two parts, the error caused by thickness change and by ash content change the magnitudes of the two errors are compared using app roximate analytical expressions under a simplified change pattern

    定向斷裂爆破技術是利用聚能管改變巷道周邊眼裝藥結構，爆破時，利用聚能作用控制裂隙的方向和數量，以獲得較好的爆破效果的技術；它與傳統的光面爆破技術有較大的差別。
  13. Study on the concave spherical structureof the booster pellet

    凹球型傳爆藥裝藥結構研究
  14. In the light of the change of the rock mass structure and blasting conditions and the application of new explosives in lanjian iron mines pit, tests were carried out on charges loading structure, blasting hole spacing pattern parameters and blasting methods. the optimized rational blasting parameters greatly improved the blasting efficiency, which led to good economical benefits

    針對蘭尖鐵礦采場巖體結構、爆破條件等的變化及新型炸藥的使用，開展了裝藥結構、爆破孔網參數及爆破方法試驗，優化確定了合理的爆破參數，使爆破效率大幅提高，取得了良好的經濟效益。
  15. Study on a new compound decoupling charge of smooth blasting in the fenghuoshan tunnel

    定向斷裂爆破裝藥結構實驗研究
  16. Theoretical calculation of air column length of charge structure for smooth blasting

    光面爆破裝藥結構空氣柱長度理論計算
  17. Abstract : to meet the needs of the development of the insensitive ammunition ， two new structures of the booster pellet, the annular and the cone - annular, were studied

    文摘:為了適應鈍感彈藥發展的需求，利用沖擊波匯聚技術和起爆理論，研究了環形、錐環形兩種新型傳爆藥裝藥結構。
  18. Considering cast blasting was to be carried in one internal coal surface mine, the cast blasting parameters, pre - splitting blast parameters, types of explosive and construction of charge were studied based on overseas examples

    摘要針對國內大型露天煤礦要採用高臺階拋擲爆破技術，根據國外的事例經驗，詳細研究了高臺階拋擲爆破參數、預裂爆破參數、炸藥類型和裝藥結構。
  19. While the method of the charging structure of vacuum space at the bottom is applied to vacuum exploding. the technology is based on the principle of the rock crash mechanics, and the soft material, such as the gas or water, was used as the space sect

    而孔底空腔裝藥爆破，採用孔底空腔間隔裝藥結構，是根據巖石的破碎機理和炸藥能量突變時對周圍介質產生干擾和破壞的原理，在炮孔孔底採用柔性材料（空氣或水等）作間隔介質的一種爆破新技術。
  20. 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：減少地質構造對深孔落礦的影響，合理確定炸藥單耗的方法，使用大孔距小抵抗線落礦技術，採用多種裝藥結構技術，採用多排微差起爆技術，加強深孔的施工管理和加強爆破施工的現場管理。
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