explosive release 中文意思是什麼

explosive release 解釋
爆炸裝置
  • explosive : adj 1 爆炸(性)的,爆發(性)的。2 暴躁的。3 【語言學】爆破音的。4 極易引起爭論的。n 1 易爆炸物...
  • release : vt 1 放(箭等),投(炸彈);解放,釋放(囚犯、俘虜等);使免除;救出;解除(痛苦、債務等) (fro...
  1. In a word, convective instability strong baxoclinicity barotropic advection of potential vorticity and latent heat release are factors which activize this explosive development of cyclone

    總之,對流不穩定、強斜壓性和正壓位渦平流、潛熱釋放是本次氣旋發展的啟動因子。
  2. Wet and dry numerical simulation tests for explosive cyclone over western pacific were performed. by contrast the results show that : tropopause and constant temperature surface were raised by latent heat release in upper level and disturbance trough was produced because air flow ascended and became cold. owing to this process adaption, inertial instability emergenced

    對氣旋強烈爆發的過程進行干濕對比數值模擬試驗,得出:潛熱釋放使對流層項和等溫面抬高,氣流在高層的上升冷卻形成擾動槽,其適應過程使高層出現慣性不穩定。
  3. Earth ' s magnetic field repels most of this onslaught, but some occasionally leaks through as a result of a sudden, explosive release of these particles from the solar wind

    地磁場阻止了其大部分的沖擊,但是偶爾太陽風中會有一些粒子突然爆發而泄漏出來。
  4. Earth ' s magnetic field repel s most of this onslaught, but some occasionally leaks through as a result of a sudden, explosive release of these particles from the solar wind

    地球的磁場能阻擋這股沖擊的大部分能量,但是,有時也會因為太陽風中的突然性的粒子的爆炸釋放而未能阻擋成功。
  5. High energy explosive was used to create a powerful and planar shock wave for accelerating flyer plate to high velocity, and high pressure was produced when flyer impacting with the sample. in the experiments, the impactor was brass and target was ofhc copper. by measuring the shock wave velocities of hr2 steel, high - density glass, aluminium alloy ( ly12 / lf6 ), magnesium - aluminium alloy ( mb2 ), polymethyl methacrylate and air, shock pressure and release isentrope of ofhc copper have been obtained

    採用化爆加載、平面波發生器和空腔增壓技術,以黃銅為飛片,無氧銅為靶板,測量了抗氫鋼( hr2 ) 、重玻璃( sio _ 2 ) 、鋁合金( ly12 lf6 ) 、鎂鋁合金( mb2 ) 、有機玻璃( pmma ) 、空氣( air )和無氧銅( ofhccopper )各阻抗匹配樣品中的沖擊波速度,上述材料的hugoniot狀態參數c _ 0 、均為已知,由此確定了無氧銅的沖擊加載壓力和等熵卸載后的狀態,得到了等熵卸載路徑。
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