身管 的英文怎麼說

中文拼音 [shēnguǎn]
身管 英文
barrel
  • : Ⅰ名詞1 (身體) body 2 (生命) life 3 (自己; 本身) oneself; personally 4 (人的品格和修養) on...
  • : Ⅰ名詞1 (管子) pipe; tube 2 (吹奏的樂器) wind musical instrument 3 (形狀似管的電器件) valve;...
  1. Pretreatment of self - clinched heavy calibre gun barrel

    大口徑火炮身管機械自緊前處理工藝生產實踐
  2. Measuring system of gun barrel ' straightness based on psd

    火炮身管彎曲度檢測儀的研製
  3. New technologies to extend the erosion life of gun barrel

    國內外火炮身管延壽技術研究進展
  4. Mathematical model for predicting melt - erosion in gun barrels

    身管熔化燒蝕的預測數學模型
  5. Strength design of gun barrel based on consistent reliability

    基於一致可靠度的身管強度設計
  6. Study of estimation method of the remaining life of gun barrel

    火炮身管剩餘壽命評定方法的探討
  7. Study on the model of predicting burning erosion of gun barrels

    火炮身管燒蝕磨損預測模型的研究
  8. Gun tube active cooling system design for large calibre self - propelled howitzer

    大口徑自行榴彈炮身管主動冷卻系統設計
  9. Study on assess ment of cannon barrel life by muzzle velocity of pill

    彈丸初速評定火炮身管壽命研究
  10. Research on barrel life prolongation

    火炮身管延壽研究
  11. Aimed at tube curve by sun shining, it analyzes and calculates the instance of curve when tube up and down face have difference in temperature, and discourses upon it influenced degree to cannon firing accuracy. for hot spread asymmetry caused tube curve, it explains it ' s form cause. for irregularly hot stress acting tube curve, it stressfully analyzes effect of body tube wall thickness difference

    重點分析了身管熱彎曲產生機理,針對太陽照射下的身管彎曲,分析計算了身管上下表面存在溫度差時的彎曲情況,論述了其對火炮射擊精度的影響程度;對于散熱不均引起的身管彎曲說明了其形成原因;對于不規則熱應力作用下的身管彎曲重點分析了身管壁厚差的作用。
  12. Summarizing all of analysis results, the author pointed out all mistake that shenxin had made in that business circumstance of that time, concluded that the error strategic and nonstandard management pushed the shenxin co. to the crashing edge

    結論部分,綜合上述分析結果,給出申新公司在當時所處的經營環境中所犯的種種失誤,得出錯誤的企業發展戰略和不規范企業自身管理是將申新公司最終推向崩潰邊緣的結論。
  13. Three dimensional parametric drawing based on i - deas and its application in gun barrel design

    的三維參數化繪圖及其在火炮身管設計中的應用
  14. At last it pertinently brought forward some solved methods and measures which can decrease or amend the effect of tube curve to cannon firing accuracy

    最後有針對性的提出了一些減小或改善身管彎曲對火炮射擊精度影響的解決方法和措施。
  15. The study shows that the firing rate of a rapid - fire gun is an important factor in deciding the peak temperature of bore

    研究表明: ( 1 )速射火炮的射頻是決定身管內膛尖峰溫度的極為重要的因素。
  16. In the paper, the projectile pushing process on firing is analyzed. the quantitative computational model of the projectile velocity to gun bore wear is built. finally, taking the 120mm gun for example, the relation of projectile velocity to gun bore wear is calculated, the phenomenon of trajectory peak is analyzed

    分析了射擊時彈丸擠進過程,建立了彈丸初速下降量與炮膛內膛磨損量計算模型,並以某火炮為實例計算了該炮彈丸初速下降量與炮膛內膛磨損量之間變化關系,分析了彈道峰現象,為身管壽命預測提供理論依據。
  17. Moire principle and photo electricity detect technology are applied in designing the intelligent photoelectric measuring system

    本系統採用莫爾條紋測長原理,結合光電探測技術對火炮身管?膛直徑進行檢測。
  18. The special system is able to inspect and analyse the state of ablation, disfigurement of machine, bug of material and the degree of abrasion on the inner surface, which is an important instrument for make certain on remain life and shooting security of artillery body

    該專用系統可對火炮身管膛內表面的燒蝕狀況、機械損傷、材質缺陷及磨損程度等疵病進行檢測與分析,是確定身管剩餘壽命及評價射擊安全性的重要手段。
  19. This paper introduces an idea of design and working principle for the phonic realization of wind - tunnel control parameters with the computer of the wind - tunnel control system and a phonic chip. the system structure is simple, economical and practical. the phonic information memorized in analogue has high fidelity effect and is very easy to modify

    對火炮身管進行窺膛檢測是常規靶場經常進行的試驗項目,本文從工程實現方面詳細論述了新型光電式火炮身管窺膛檢測系統的組成、功能、工作原理和目前所達到的技術指標。
  20. In many performance check, artillery control systematic dynamic trail aimed error is one of relatively important parameter, dynamic trail aimed error denote : when high cannon system is dynamic trailing, set bullet pellet flight time is 0, in the condition of not considering advance quantity ( 0 fly working ), the axis of artillery pipe should direct goal

    在諸多的性能考核中,火控系統的動態跟蹤瞄準誤差是較為重要的參數之一。所謂動態跟蹤瞄準誤差是指:當高炮系統在進行動態跟蹤時,設定彈丸飛行時間為零,即在不帶提前量的條件下(即零飛工作方式下) ,火炮身管的軸線應直接指向目標。
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