穿甲彈頭 的英文怎麼說

中文拼音 [chuānjiǎdàntóu]
穿甲彈頭 英文
armour-piercing head
  • 穿 : Ⅰ動詞1 （破; 透） pierce through; penetrate 2 （通過孔、隙、空地等） pass through; cross; go thro...
  • 甲 : Ⅰ名詞1 （天乾的第一位） the first of the ten heavenly stems2 （爬行動物和節肢動物身上的硬殼） she...
  • 彈 : 彈名詞1. （彈子; 小球形的東西） ball; pellet 2. （內裝爆炸物, 具有破壞和殺傷能力的東西） bullet; bomb
  • 穿甲 : armour piercing穿甲彈 armor-piercing projectile; armor-piercing shell or bullet; armor piercer
  1. 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。
  2. Perforation of metallic plates struck by a blunt projectile with a nose - cabin - column

    帶前艙物的鈍頭彈對金屬靶的正穿甲分析
  3. Apcbc armor - piercing capped ballistic cap

    彈道穿甲彈頭
  4. The most benefit was at right - angles impact with a gradual loss of benefit at higher obliquity ' s, dropping to zero at about 55 degrees obliquity, and actually improving the penetration ability of the shell by making ricochet more difficult at a higher obliquity

    這種效果在垂直擊中時最好，隨著入射角的增大而逐漸減弱，達到55度時效果消失，角度更大時則因為不容易製造跳彈，反而會加大彈頭的穿甲能力。
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