炸藥室 的英文怎麼說

中文拼音 [zháyàoshì]
炸藥室 英文
bursting chamber
  • : 炸動詞1. (在油里弄熟食物) fry in deep fat or oil 2. [方言] (焯) scald (as a way of cooking)
  • : 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...
  • 炸藥 : explosive; explosive charges; dynamite; chloratit (克羅替炸藥)
  1. The stability of the combustor was rated by use of bombs of varying sizes.

    用不同裝量的爆彈對燃燒的穩定性進行評定。
  2. Researchers at the los alamos national laboratory in new mexico say they trained honeybees, to stick out their proboscis ? the tube they use to feed on nectar ? when they smell explosives in anything from cars and roadside bombs to belts similar to those used by suicide bombers

    新墨西哥州洛斯阿拉莫斯國家實驗的研究人員稱他們訓練蜜蜂在聞到來自汽車的任何味及聞到與自殺式彈殺手所使用的類似用帶子捆綁的路邊彈味時就會伸出它們的喙,這是它們用以採食花蜜的食管。
  3. He led the way down a flight of cement stairs to the basement workroom with its usual clutter of explosives and accessories.

    他領著路,走了一段水泥樓梯到了地下工作。那裡象往常一樣亂糟糟地堆著和各種配件。
  4. ( 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,採用洞爆破代替深孔梯段爆破,採用按油代替錢梯,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。
  5. Experimental techniques for simulating cavity decoupling explosion in laboratory wear developed, which include a center initiating explosive charge designed in shape of mini - spherical with yield equivalent to 0. 125 ~ 8. 00gtnt, circular electromagnetic particle velocity gages and aluminum bar strain gages measurement techniques, spherical divergent stress waves generator. large amount of tamped and cavity explosion experiments had been made in granite, soil, cement mortar and water media environment, respectively

    本文建立起了包括中心起爆的0 . 125 8 . 00gtnt微型球形裝置的研製、圓環形電磁粒子速度計及鋁桿應變計測試技術和球形發散應力波實驗裝置等在內的實驗微型量空腔解耦化爆模擬技術,並在花崗巖、土、水泥砂漿和水等介質中進行了大量的填實和空腔爆實驗研究。
  6. 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、分析了硐爆破典型包爆特性及其爆破效果,確定了適宜於路塹硐松動爆破的合理包形式。
  7. 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、爆動力學等理論,分析了路塹硐松動爆破裝量計算公式及其內在聯系,並指出k值在現有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,研究了路塹硐松動爆破單位消耗量計算方法,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。
  8. Abstract : for the diffculties met in the long - distance transportation of primary explosive and special quantity detonators can be nowhere purchased, the common preparation primary explosive and special quantity detonator are introduced, and the testing results on the detonation susceptibility of secondary explosive in the present condition of laboratory are discussed

    文摘:由於起爆不能長途運輸以及特殊量的雷管無處購買,就實驗條件下,對常用的起爆及特殊量雷管的自製方法及測定猛爆轟感度的結果進行了討論。
  9. Flyer initiation ability is evaluated by means of energy characterizing method on the basis of flyer initiation sensitivity device in the laboratory in the paper. and after theoretically calculating, utilizing gross energy in the system subtracting energy every section consuming flyer energy can be calculated finally

    本文在對實驗建立的飛片起爆感度裝置進行分析的基礎上運用能量表徵法對飛片起爆能力進行了評價,通過對系統中各個部分消耗的能量進行理論計算,再利用系統總能量減去各個部分消耗的能量,最終得到系統給飛片的能量,進一步得到飛片撞擊時刻的速度。
  10. Energetic materials for defense. physico - chemical analysis and properties. determination of secondary explosive constituents by room temperature extraction

    國防用高能材料.物理-化學分析和特性.溫萃取法測定二次的成分
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