爆破室 的英文怎麼說
中文拼音 [bàopòshì]
爆破室
英文
blast chamber-
We studied the related parameter of notched blasting by the dynamic photoelasticity experiment simply. we also designed reasonable blasting parameter under the condition of laboratory
通過動光彈爆破實驗對切槽爆破的相關參數進行了初步探討，設計出在實驗室條件下的合理參數。( 3 ) according to the actual geology situation in the material field, use the " alternation " principle of the value engineering analysis methods, and then find a better construction method to satisfy the requirement of rock - fill material, through using chamber blasting to substitute muffling and using an - fo to substitute ammonium nitrate explosive, and then huge economical benefits were gained, for example, the unit cost of its rock - fill material reduced from 11. 77 m3 to 7. 17 / m3, and directly reduced the total cost by 4. 26 million of cost
（ : 3 ）依據料場的實際地質情況，通過價值工程活動，利用價值分析的「代替」原理，在滿足堆石料功能不變的條件下，採用洞室爆破代替深孔梯段爆破，採用按油炸藥代替錢梯炸藥，使得堆石料的開采成本顯著降低，從投標價的h . 70元/ m3降低到7 . 17元/ m3 ，降低了4 . 53元/ mj ，以上壩堆石料94 . 2萬m 「計，直接降低成本426 . 75萬元，產生了巨大的經濟效益。Chamber blasting test for small scale sandsyone mining
砂石料場開采小型硐室爆破試驗A chamber blasting under complicated geological conditions
復雜地質條件下的硐室爆破Application of chamber blasting in risk - removing engineering
硐室爆破在排險工程中的應用By means of the statistical software, spss10. 0, characteristics and blasting effects of the typical charges in chamber blasting are statistically analyzed and rational charge forms in cutting chamber loose blasting are confirmed
論文應用spss10 . 0統計軟體，統計、分析了硐室爆破典型藥包爆炸特性及其爆破效果，確定了適宜於路塹硐室松動爆破的合理藥包形式。Summarization of underground chambers blasting excavation
地下洞室開挖爆破綜述Application of chamber blasting to portal scaling
洞室爆破在洞臉削坡中的應用Control of blasting vibration of underground chamber at a hydropower station
地下洞室爆破振動控制研究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。It also has been validated by the test result. on the basis of reduced stress attenuation formula, the paper elicit theoretical calculation expressions of jam lengths in hole blasting and space between charges in linear charge blasting. linear charge blasting at the net of highway to zhuhai aerodrome and the hole blasting at underground stope in gaofen mining company have been design by the expressions
根據建立的條形藥包爆破徑向應力衰減方程，得出了淺孔爆破堵塞長度和條形硐室藥包爆破藥室間距理論計算公式；按推導的計算式設計了珠海西區機場路埡口條形藥包爆破和高峰礦業有限責任公司地下采場淺孔爆破。With computer imitation and laboratory physical analog as the lead and on the basis of test ore blocks and industrial blownoff - ore rock tests, study on the enlarged - structure parameters of sublevel caving in meishan iron mine was carried out, which included single tests of drilling and blasting parameters ， transition sublevels and equipment complementation. the timely popularization of this enlarging structural parameter technique has greatly improved the performances of the sublevel caving mining and promoted the technological advance of underground mining
梅山鐵礦加大無底柱分段崩落法采礦結構參數研究，採用計算機模擬、實驗室物理模擬為先導，試驗礦塊、工業放出體試驗為基礎，分別進行了采場鑿巖爆破參數、過渡分段、設備配套等單項試驗，並在全礦及時進行了推廣應用，極大地改善了礦石開采過程中的各項指標，促進了地下礦山開採的技術進步。Technology of chamber blasting excavation of rockfill dam material
硐室爆破開采堆石壩壩料技術Rockfill materials mining technology by chamber blasting on hard rockmass
堅硬巖體上堆石料硐室爆破開采技術研究Through researching on the classification and form mechanism of loess pitfall, some methods treating the pitfall in collapsibility loess roadbed such as grouting, geocell, explosion, dynamic consolidation and sddc etc. are put forward and the suitable terms of various kinds of methods and their own pluses and minuses have been discussed
通過對黃土陷穴的分類、形成機理進行分析研究，提出了灌漿法、土工格室、爆破法、強夯法、 sddc法等幾種濕陷性黃土路基陷穴處理的方法，並分析了各種方法的適用條件和各自的優缺點。Positional parameter engineering calculation of divided charges in chamber blasting
峒室爆破中分裝藥包位置參數的工程計算The relative problems ， whlchare charged factor that the part thro ’ blasting influence o 幾 the divided charges and the choice of blasting network in chamber blasting ， are studied on the basis ofyuncheng ? ? sanmenxlaexpressway large scale blasting engineering in this paper firstly ， the latter chamber ’ s charged factor influenced by part throwblasting ， are discussed the comparable figobtained from above discussion can reflect the influence clearly the divided charges are studied systematically by theoretic analysis ， engineering calculate and simulated experiments the simulated experiments and engineering practice have been proved that intervals bet ’ een the divided charges ， which are engineering calculated ， are practicable ； and blasting effect s good in order to find proper blasting networks for types of chamber blasting ， several familiar nonelectrlcal blasting networks are analyzed and calculated by probability theory and numerical stat
本文以運城三門峽路塹大爆破工程為實驗基礎，對峒室爆破中局部拋擲對裝藥系數的影響、分裝藥包以及大爆破網路的選擇等相關問題進行了研究。從大爆破裝藥系數分析了局部拋擲對后續藥包的影響，並得到了它與常規裝藥系數的比較圖，從而更直觀地反映出局部拋擲對裝藥系數的影響。運用理論分析、工程計算和模擬實驗相結合對分裝藥包進行了系統的研究。In this paper, some problems existed in a large - scale blasting with double - stage and multiple - row chambers, which were found during excavating and transporting broken rock, is introduced, the main reasons for the unsatisfactory blasting effect at the place between upper stage chambers and lower stage chambers are analyzed, the influencing effect of blasting of the upper stage chamber to blasting of the lower chamber is discussed, and some principles that should be obeyed in designing large double - stage and multiple - row chambers blasting
摘要介紹了某萬噸級特大型雙層多排藥室爆破在爆后巖碴清運中發現的問題，分析了山體中部上、下層藥室之間局部爆破質量差的主要原因，探討了上層藥室爆破對下層藥室爆破的影響作用機理，並初步提出了大型雙層多排藥室爆破設計應遵循的原則。Application of quasi - presplit blasting in large - scale chamber excavation
準預裂爆破在大型硐室開挖中的應用Controlled casting chamber blasting in complicated environment
復雜環境下控制拋擲硐室大爆破分享友人