起爆感度 的英文怎麼說

中文拼音 [qǐbàogǎndù]
起爆感度 英文
sensitivity of initiation
  • 起 : 起Ⅰ動詞1 （站起; 坐起） rise; get up; stand up 2 （取出; 取走） draw out; remove; extract; pull 3...
  • 爆 : 動詞1. （猛然破裂或迸出） explode; burst 2. （放在滾油里快炒） quick-fry
  • 感 : Ⅰ動詞1 （覺得） feel; sense 2 （懷有謝意） be grateful; be obliged; appreciate 3 （感動） move; t...
  • 度 : 度動詞[書面語] （推測; 估計） surmise; estimate
  • 起爆 : detonate; initiation; ignition; firing; inflammation; priming
  • 感度 : h50
  1. Only the perchlorate shows marked sensitiveness and possibly initiating properties.

    只有高氯酸鹽表現有顯著的感度和可能具有起爆性能。
  2. Shock sensitivity is an important index that can judge the difficult or easy degree of detonation and detonating performance of explosive. small scale gap test ( ssgt ) is one of the most general methods that study shock sensitivity

    沖擊波感度是衡量炸藥爆轟的難易程度和起爆性能的重要指標，而小隔板試驗（ ssgt ）是研究沖擊波感度最普遍的方法。
  3. Under the low temperature, the in - crease of indoor activity would make the opportunity. the rat will move to resident for the sake of lacking food that benefited the spread of virus between the rat, and cause easily epidemic situation breaking out. the ground temperature was negative correlation to the incidence of endemic typhus

    在低溫條件下，人群的室內活動增多，加上室內門戶密閉、通風不暢，容易增加呼吸道傳染病的感染機會;環境溫度過低，野外沒有水和食物可尋，鼠就要向居民區遷移，致使室內鼠密度增高，有利於病毒在鼠間傳播，容易引起人間疫情爆發流行。
  4. Using flyer velocity gained from energy characterizing method, definite parameters of flyer and explosive, deterministic parameters of initiation system critical initiation energy to flyer of explosive can be theoretically calculated. associating with critical initiation voltage of explosive experiment measuring comparisons and evaluations can be conducted for flyer sensitivity of explosive

    利用能量損失法求出的飛片速度以及已知的飛片參數、炸藥參數、起爆系統中的既定參數，可以對炸藥的飛片臨界起爆能量進行理論上的計算，結合實驗測量的炸藥臨界起爆電壓值，可以對炸藥的飛片感度進行比較和評價。
  5. The silver and lead salts are highly sensitive to impact, but have no initiating properties.

    銀鹽和鉛鹽的沖擊感度甚高，但無起爆性能。
  6. 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:由於起爆藥不能長途運輸以及特殊藥量的雷管無處購買，就實驗室條件下，對常用的起爆藥及特殊藥量雷管的自製方法及測定猛炸藥爆轟感度的結果進行了討論。
  7. 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

    本文在對實驗室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炸藥時刻的速度。
  8. Effect of granular size of explosive on initiation sensitivity of slapper

    炸藥顆粒度對沖擊片起爆感度的影響
  9. According to the initiation research at home and abroad, the improvement in ignition and growth model and the application of the model in ls - nyna are discussed, which provides a good basis for further research about the different effects on the shock sensitivity by particle size of different explosive in numerical simulation

    對點火增長模型中的不同參數進行調整，發現對沖擊波起爆感度的影響，成長項比起爆項的影響大。有關研究方法可應用於起爆、傳爆序列的設計和模擬模擬研究，為許多相關課題的研究提供幫助。
  10. The error of shock sensitivity is within 0. 05mm, which is more precise than those reported on documentation at home and abroad. in addition, the different parameters in ignition and growth model are adjusted in order to qualitatively examine the influence on shock initiation behavior made by the parameters

    根據國內外對熱點起爆的研究，探討對點火增長模型的改進及其在ls - dyna程序中的應用，為進一步在數值模擬中研究不同炸藥粒度對沖擊波感度的影響奠定基礎。
  11. The development trend in explosives is towards high density, high energy and low sensitivity. the replacement of nitro groups by furoxan groups can result in increase of density, detonation velocity of explosives. so these superior performance of benzofuroxan system compounds have aroused much attention

    含能材料的發展趨勢是向著高密度、高能低感的方向發展。一個氧化呋咱基代替一個硝基，可以使含能材料密度提高，爆速增加，苯並氧化呋咱類化合物作為炸藥所具有的這些優良特性引起了人們的高度興趣。
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