壓制射擊 的英文怎麼說
中文拼音 [yāzhìshèjī]
壓制射擊
英文
neutralization fire-
Control of the hydraulic motor on torsion impact vibration of rocket launcher
液壓馬達對發射裝置扭轉沖擊振動的控制I need suppressive fire ! now
現在需要壓制射擊火力Abstract : a vertical sandwich deep trench with a field limiting ring is proposed to improve the breakdown voltage of power devices and high voltage devices. simulation result shows that nearly 100 breakdown voltage of the plane junction can be realized
文摘:提出一種二氧化硅/多晶硅/二氧化硅夾心深槽場限制環新結構來提高晶體管的擊穿電壓.模擬結果顯示，該結構可以使射頻功率雙極性晶體管的擊穿電壓幾乎100達到平行平面結的理想值Allied bar rifle will take slightly longer to pin units that are in a suppressed state
盟軍的bar自動步槍的壓制射擊技能需要更長時間釘死敵軍。From different sides such as troops establishment reformation, digitalized army establishment, appearance of new technology, new equipment, new material, etc. the paper analyzes the situation faced with arms development and current situation of external suppression weapon, summarizes and analyzes the development trend of suppression weapon, concludes and abstracts six ways of development trends of fire control system as message integration, system modularization, system architecture subsection, function integration, fire control firing control closed loop and rapid and real - time resolving to realize accuracy, rapid, coordinated integrated weapon control
摘要從部隊編制體制變革，數字化部隊建設，新技術、新裝備、新材料的出現等多方面分析壓制兵器發展面臨的形勢，以及國外壓制兵器發展現狀，總結分析壓制兵器的發展趨勢，並歸納提煉出火控系統應從信息綜合化、系統模塊化、系統體系結構分佈化、功能一體化、火控射擊控制閉環化和快速實時解算等6個方面發展趨勢，以實現精確、快速、協同的綜合武器控制。The - two - equation turbulence model and the control - volume integration method and simplest algorithm were employed to simulate the three dimensional, isothermal, incompressible, rectangular two - impinging - jet on a flat plate
本文採用-紊流模式，使用控制體積積分之有限差分法及simplest計算程序，進行三維、恆溫、不可壓縮、矩形雙噴射撞擊流場之數值模擬。On the similitude artillery, 7 items of shooting tests were proceeded. these items included : muzzle velocity of projectile, pressure of gases, recoil force, efficiency of muzzle brake, muzzle shockwave, dynamic stress, stability
在模型炮上進行了7個射擊實驗項目，實驗項目包括：初速、膛壓、后坐阻力、炮口制退器效率、炮口沖擊波、動態應力、穩定性。分享友人