爆燃炸藥 的英文怎麼說

中文拼音 [bàoránzháyào]
爆燃炸藥 英文
slow-action explosive
  • 爆 : 動詞1. （猛然破裂或迸出） explode; burst 2. （放在滾油里快炒） quick-fry
  • 燃 : 動詞1. （燃燒） burn 2. （引火點著） ignite; light
  • 炸 : 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）
  • 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...
  • 炸藥 : explosive; explosive charges; dynamite; chloratit （克羅替炸藥）
  1. ( 2 ) calculation of the combustion parameters the combustion parameters of hmx, rdx, hns - i and b / kno _ ( 3 ) were calculated with vlwr code. the thermodynamic function of boron oxide was fitted by method of the least square to janaf thermo - chemical table, and their coefficients were determined

    （ 2 ）炸藥及點火藥燃燒性能參數計算應用熱力學程序vlwr計算hmx 、 rdx 、 hns -及點火藥b kno _ 3的燃燒性能參數及燃燒平衡產物組成，得到了與密閉爆發器實驗相近的燃燒性能參數。
  2. To burn without exploding, gunpowder must have an extra measure of charcoal.

    如要燃燒時不爆炸，黑色火藥中必須另加一些木炭屑。
  3. The stability of the combustor was rated by use of bombs of varying sizes.

    用不同裝藥量的爆炸彈對燃燒室的穩定性進行評定。
  4. Deflagration to detonation transition behavior of explosive job

    炸藥燃燒轉爆轟性能的影響
  5. In this paper, firstly the macro parameter of the series connection app was comprehensively analyzed, among which the trajectory location of the bullet emission and the terminal velocity of the bullet were mainly analyzed, and the feasibility of the series connection app to cope with explosive reactive armor was demonstrated. and then the macro design about the head of the series connection app was made, among which a particular analyse about the bullet " s launching process was made, from which we concluded the relation between the thickness of the airproof loop and the velocity of the bullet detached from the carrier and the relation between the length of the bullet and the velocity of the bullet detached from the carrier and the relation between the length of the bullet and the burning rate of the powder and the relation between the length of the bullet and the maximum pressure of the emission hole and the relation between the length of the bullet and the emitting time of the bullet, and the reasonable str ucture of the head of the carrier and bullet were designed, then the intensity of the head of the carrier was checked out using of the software of ansys

    本文首先對子母式穿甲彈總體參量作了全面的計算分析，其中主要分析了子彈射出的彈道位置和必要的子彈著靶速度，論證了子母式穿甲彈對付爆炸式反應裝甲的可行性，然後對子母式穿甲彈彈頭部進行了總體設計，其中主要對子彈的發射過程進行了詳細的分析，得出了母彈彈頭部發射孔內閉鎖環厚度與子彈飛離母彈速度的關系、子彈長度與子彈飛離母彈速度的關系、子彈長度與火藥燃燒率的關系、子彈長度與母彈彈頭部發射孔內最大壓力的關系以及子彈的長度與子彈發射所需時間的關系，設計出了合理的母彈彈頭部結構和子彈的結構，並利用ansys有限元分析軟體對母彈彈頭部的強度進行了校核。
  6. The results indicate that permissible expanded ammonium nitrate explosive possesses excellent anti - deflagration, performance which is almost not influenced by moisture

    試驗說明煤礦許用膨化硝銨炸藥具有良好的抗爆燃性，水分對抗爆燃性基本沒有影響。
  7. Impersonal experimental data indicate that permissible expanded ammonium nitrate explosive possesses excellent anti deflagration, fuel oil phase almost has no influence on anti deflagration

    試驗數據說明煤礦許用膨化硝銨炸藥具有良好的抗爆燃性，油相組成對抗爆燃性基本沒有影響。
  8. Based on anti deflagration test method of coal industry standard mt378 - 1995, influences of fuel oil phase and charge density and residual mass of acceptor explosive on anti deflagration of permissible expanded ammonium nitrate explosive have been tested in detail

    摘要根據煤炭行業標準mt378 - 1995規定的抗爆燃性測試方法，詳細地測試和研究了油相組成、被發藥裝藥密度以及與之相對應的被發裝藥的殘藥量對煤礦許用膨化硝銨炸藥抗爆燃性的影響。
  9. Based on test method of national standard of anti - deflagration, influences of moisture and charge density on anti - deflagration of permissible expanded ammonium nitrate explosive have been tested and investigated, residual mass of acceptor explosive have also been measured at same time

    摘要根據抗爆燃性有關標準的測試方法，詳細地測試和研究了水分和裝藥密度對受試的一級和二級煤礦許用膨化硝銨炸藥的抗爆燃性的影響，同時測定了被發裝藥的殘藥量。
  10. The combustion parameters such as co - volume and impetus of the studied explosives were obtained through two methods, one is the standard closed bomb test ( cbt ) and the other is theoretic calculating with vlwr eos. the calculated values agreed well with experimental data

    研究採用密閉爆發器實驗對炸藥的燃燒性能參數（如火藥力、余容等）進行了測試，並採用vlwr狀態方程方法對這些燃燒參數進行了熱力學計算，獲得與實驗吻合的燃燒性能參數。
  11. Article 130 whoever illegally enters a public place or gets on a public transportation vehicle with any gun, ammunition, controlled cutting tool or explosive, inflammable, radioactive, poisonous or corrosive materials and thereby endangers public security, if the circumstances are serious, shall be sentenced to fixed - term imprisonment of not more than three years, criminal detention or public surveillance

    第一百三十條非法攜帶槍支、彈藥、管制刀具或者爆炸性、易燃性、放射性、毒害性、腐蝕性物品，進入公共場所或者公共交通工具，危及公共安全，情節嚴重的，處三年以下有期徒刑、拘役或者管制。
  12. Something, such as an explosive charge or a rocket fuel, that propels or provides thrust

    發射藥，火箭燃料推進或提供爆炸的物體，比如爆炸炸藥或火箭燃料
  13. The burning surface of the powder then increases, the pressure rises and the rocket may be blown up.

    此時，無煙藥燃燒表面增加，壓力上升，火箭可能爆炸。
  14. Pld inert gases device : the pioneer inert gases device applied to explosionproof on coal - milling system and maintaining boiler and hydrogen displacement on the generator. based on the explosion door mentioned above which can assure explode to protect safety when there s no danger, the inert gases device can prevent system from exploding

    應用范圍：用於火力發電廠石油化工軍工等行業的爆炸粉塵如煤粉火藥等及可燃氣如液化氣瓦斯氣煤氣汽油酒精天然氣等系統的安全防爆泄壓裝置技術水平：
  15. Explosives for civil uses - detonating cords and safety fuses - part 12 : determination of burning duration of safety fuses

    民用炸藥.引爆索和保險引信.第12部分:測定保險引信的燃燒時間
  16. Testing system deviation analysis of blasting pressure field of fuel air explosive

    燃料空氣炸藥爆炸壓力場測試系統誤差分析
  17. In this paper, the properties of several composites of single event fuel air explosive ( sefae ) and their components were mainly investigated

    本文主要研究了一次引爆型燃料空氣炸藥（ sefae ）復合燃料及其組分的性能。
  18. ? he can produce different types of reaction in the gap test, in which he is impacted by shock ( about 2gpa ) and undergoes smaller deformation relative to susan test, including no reaction, mild reaction, reaction termination, deflagration, detonation

    經歷較小變形的炸藥在入射壓力變化很窄的區間內分別呈現了不同烈度的化學反應，即從無反應、溫和化學反應、反應中止現象、爆燃、爆轟反應，此區段應是進一步研究的重點。
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