爆炸沖壓 的英文怎麼說
中文拼音 [bàozháchōngyā]
爆炸沖壓
英文
explosion punching-
Exploding wires phenomenon is that if the high - density energy is poured into metal wire with small transverse section in a short time from high power pulse source, the metal wire will explode into gaseity and generate significant shock wave. the. fundamental reason of the generated shock wave is the plasma
爆炸絲現象( explodingwiresphenomenon )是將存儲于高壓電容器中的能量,在極短的瞬間內傾注于很小截面積的金屬絲,使之汽化,產生強大的沖擊波,這種沖擊波產生的根本原因就是等離子體。The rapid expansion of the bubble of hot, high-pressure gases formed in the underground burst initiates a shock wave in the earth.
由於地下爆炸所形成的熱高壓氣泡迅速澎脹,在地面上便產生沖擊波。Pspice models for fcg, pulse transformer, electric exploding wire opening switch ( eeos ), blumlein pulse forming line, and virtual cathode osillator ( vircator ) are created
利用pspice程序,創建了包括脈沖變壓器、電爆炸絲( eeos ) 、 blumlein傳輸線、虛陰極振蕩器( vircator )和fcg等在內的電路元件模型庫。Peak pressure investigation of exploding wave influenced by interfaces in shallow - layer water
界面對淺層水中爆炸沖擊波峰值壓力影響的研究An analysis of shockwave superpressure for liquid propellant explosion
液體推進劑爆炸實驗沖擊波超壓分析By employing cole ' s classical theory of bubble dynamics, the motion of bubble produced by the underwater explosion and the corresponding bubble pulsating pressure are calculated. a profile function of the shock wave and its parameters are determined according to the principle of wave profile similitude and the equality of impulses. finally an analytic formula is derived to simulate the whole time history of the pressure from the front shock wave to the bubble pulsation, representing the fluid loadings of the underwater explosion
木文首先應用庫爾的經典水下爆炸氣泡運動理論計算出氣泡的運動和脈動的壓力波形,再依據波形相似的原則尋找波形模擬函數,用沖量相等的原則確定波形參數,得出了從沖擊波到氣泡脈動壓力整個過程對水下爆炸載荷進行模擬的解析公式。By comparing failure modes of shell caused by undex with and without outer hydrostatic pressure, their influences on loading effects are obtained
通過比較有和沒有外部壓力時,不同沖擊波下結構的破壞形式,得出外部水壓對耐壓結構受爆炸載荷時響應的影響。Explosively driven magnetic flux compression generators ( fcg ) are a type of compact pulsed power sources
爆炸磁通量壓縮發生器( fcg )是一種緊湊的脈沖功率源。In this thesis, a 2 - d axial symmetric n - s equation was solved by using steger - warming flux splitting, muscl, b - l model and finite volume method to simulate an experiment, which was to observe explosion phenomenon
本文用steger - warming分裂和b - l湍流模型的有限體積演算法求解二維軸對稱navier - stokes方程,數值模擬了錐形激波管中爆炸波運動和爆炸波正壓和負壓脈沖。分享友人