charges depth 中文意思是什麼

charges depth 解釋
深水裝藥
  • charges : 棒球隊隊員
  • depth : n. 1. 深;深度。2. (色澤的)濃度;(聲音的)低沉;(感情等的)深厚,深沉,深刻。3. 進深。4. 〈常 pl. 〉深處;深淵,深海,海。5. 正中,當中。6. 深奧,奧妙。
  1. The royal australian navy ' s first victory against the japanese occurred on 21 january off darwin when the submarine i124 was destroyed by depth charges dropped by the bathurst class corvettes katoomba, lithgow and deloraine and the united states destroyer edsall

    澳大利亞皇家海軍對日本作戰取得的第一次勝利是在1月21日達爾文港,由巴瑟斯特級輕武裝快艦卡通巴號,里特高號,迪洛瑞尼號和美國驅逐艦埃德索爾號一起投放的深水炸彈擊毀潛艇伊124 。
  2. Destroyers carry more depth charges than the other ships, so it ' s ideal in anti - sub warfare

    驅逐艦呆著比其他船更多的深水炸彈,在反潛艇戰中很完美。
  3. Hmas voyager had the honour on 13 june 1940 of being the first australian ship to sink an enemy submarine when she scored a kill with gunfire and depth charges

    1940年6月13日, hmas (澳大利亞海軍)航海者號榮幸成為第一艘用艦炮和深水炸彈擊沉敵方潛艇的澳大利亞軍艦。
  4. Consequently, depth charges calculated in advance the volume can speed the movement of enemy vessel hide enemy vessel fired underwater missile. can also access some props : molly super bomb, etc

    很有意思的游戲呢。計算深水炸彈投彈提前量看敵艦的移動速度躲敵艦發射的水下導彈
  5. Two klimov tv3 - 117v turboshafts provide a top speed of 250 kmh and a range of 800 km. upto 2000 kg of disposable stores can be carried in a lower - fuselage weapon bay, and generally comprise two torpedoes or depth charges

    動力裝置為2臺tv3 - 117v渦軸發動機,單臺功率1660千瓦,可安裝吊掛聲納聲納浮標磁異探測器雷達告警接收機紅外干擾器,並可載魚雷深水炸彈等。
  6. Between 19 may and 31 may 1944, england, in company with george de - 697, raby de - 698, and spangler de - 696, stalked and sank six japanese submarines, with mk10 hedgehog projector and depth charges

    1944年5月19日至31日之間,英格蘭號與喬治號de - 697拉比號de - 698思潘勒號de - 696一同追蹤並擊沉了6艘日本潛艇。
  7. The general situation and progress of magnetic dipole theoryresearch during recent twenty years in china were introduced briefly including magnetic dipole ; linear and strip magnetic dipoles of finite lengths ; magnetic force on a magnetic particle ; the effect of magnetizing field orientation on the revelation of defect by magnetic particles ; longitudinal magnetization of rod, tube and cuboid steel ; the relationship between the slot depth in a workpiece and magnetic leakage field ; the cause of stray magnetic pattern along base apex edges of a workpiece magnetized circumferentially ; the analytic expression for the magnetic leakage fields inside and outside the slot on the cylindrical surface of a disc ; and the effect of a needle - like magnetic medium on the magnetic force between two point magnetic charges

    簡述20年來中國無損檢測中磁偶板子理論研究的概況和進展,主要介紹磁偶極子,有限長磁偶極線和極帶,磁粉顆粒的受力,磁化場方向對磁粉顯現缺陷的影響,棒料、管材和方鋼的縱向磁化,工件表面溝槽深度對其引起漏磁場的影響,周向磁化時工件底棱上的雜亂顯示成因,圓盤邊緣柱面上溝槽內外漏磁場的解析表達式和針狀磁介質對兩個點磁荷間磁力的影響等。
  8. Abstract : the general situation and progress of magnetic dipole theoryresearch during recent twenty years in china were introduced briefly including magnetic dipole ; linear and strip magnetic dipoles of finite lengths ; magnetic force on a magnetic particle ; the effect of magnetizing field orientation on the revelation of defect by magnetic particles ; longitudinal magnetization of rod, tube and cuboid steel ; the relationship between the slot depth in a workpiece and magnetic leakage field ; the cause of stray magnetic pattern along base apex edges of a workpiece magnetized circumferentially ; the analytic expression for the magnetic leakage fields inside and outside the slot on the cylindrical surface of a disc ; and the effect of a needle - like magnetic medium on the magnetic force between two point magnetic charges

    文摘:簡述20年來中國無損檢測中磁偶板子理論研究的概況和進展,主要介紹磁偶極子,有限長磁偶極線和極帶,磁粉顆粒的受力,磁化場方向對磁粉顯現缺陷的影響,棒料、管材和方鋼的縱向磁化,工件表面溝槽深度對其引起漏磁場的影響,周向磁化時工件底棱上的雜亂顯示成因,圓盤邊緣柱面上溝槽內外漏磁場的解析表達式和針狀磁介質對兩個點磁荷間磁力的影響等。
  9. It provides performance advantages over the conventional perforator with the same diameter and similar charges, its penetration depth is increased by 7 % and entrance hole volume by 10 %

    由於採用了復式射孔槍和復式射孔彈結構,使射孔彈和火藥能量得到充分利用,與一般的槍徑及彈型的射孔器比較,其穿孔深度提高7 %以上,孔容提高10 %以上。
  10. According to the perforated depth request, types of perforation gun, petrol shaped charges and other special perforation techniques can be determined so to provide resources for perforation design

    根據地層條件下射孔深度要求,可以確定射孔槍型和彈型及其它特殊射孔工藝,從而為射孔方案的確定提供依據。
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