漏泄因數 的英文怎麼說

中文拼音 [lóuxièyīnshǔ]
漏泄因數 英文
leakage factor
  • : Ⅰ動詞1 (從孔或縫中滴下、透出或掉出) leak; drip 2 (泄漏) divulge; disclose; leak 3 (遺漏) le...
  • : Ⅰ動詞1 (液體、氣體排出) let out; discharge; release 2 (泄露) let out (a secret); leak (new...
  • : Ⅰ動詞[書面語] (沿襲) follow; carry on Ⅱ介詞1 [書面語] (憑借; 根據) on the basis of; in accord...
  • : 數副詞(屢次) frequently; repeatedly
  1. This paper introduces a mathematic model of real - time leakage detection method that is widely used in the world, and analyses the effect of precisions of gas pipeline instruments on leakage alarm and leakage locating

    摘要在天然氣管道輸送過程中,受自然素和人為素的影響,不可避免地會造成管道,現代控制技術和據處理技術正迅速應用到油氣管道的監測系統中。
  2. On the basis of the safety system engineering theory. applying the dow fire & explosion index and the normal stability gauss mathematical diffusion model etc., combining with the practice of mouping port, the hazards during the handling and storage of liquid chemicals in bulk have been analyzed and the risks of fire explosion and leakage ( including water pollution and water pollution ) have been assessed. taking into account of insufficient consideration of the human factor in the dow fire & explosion index, the soft compensation coefficient has been raised

    本文以安全系統工程為理論基礎,運用道氏火災爆炸指法、平均運動方程組以及常穩態高斯學擴散模型,結合牟平港散化運輸、裝卸的實際,對牟平港散化儲運的火災爆炸危險性和毒物危險性(包括水污染性和大氣污染性)進行了定性和定量的分析評價。在評價程序上,針對道氏火災爆炸指法中對人為素和管理水平等考慮不足的問題,提出了軟補償系的概念,找出了散化碼頭日常監督管理工作的重點。
  3. After implementing the said measures, tube - burst ratio due to over - temperature of the heating surface has reduced from 34. 8 % to 15 %, occurrence ratio of said leakage accidents due to improper repairs has also greatly decreased, but leakage times resulting from welded defects and material quality of the heating surface are enhanced obviously

    實施后,受熱面超溫爆管比例從34 . 8 %下降至15 % ,檢修不良而造成的「四管」發生率也有大幅下降,但焊接缺陷和受熱面材質造成的卻明顯上升。
  4. The paper mainly discussed the reasons of stress from liquid ammonia pressure vessel causing crack through examing data and experimental results and analysing relevant referential documents and materials, taking 1200 ammonia vessel ' s crack and leaking in a certain fertilization company as an example : there existed remaining welding, stress in the equipment ; there existed a stress decaying surrounding, i. e., moisture 0. 2 %, and temperature > - 5 with o2 or co2 inside ; the higher the intensity of raw materials, more possible it was to have stress decaying crack

    摘要以某化肥公司1200氨冷器殼體開裂的失效分析為例,通過對檢驗據和結果及有關文獻資料的分析研究,探究了液氨介質壓力容器產生應力腐蝕裂紋的原:設備中存在較高的焊接殘余應力;液氨介質具備應力腐蝕環境,即含水量0 . 2 % ,且有空氣( o2或co2 )污染(或摻入) ,使用溫度高於零下5 ;母材強度越高,應力腐蝕裂紋產生的傾向就越大。
  5. A new technique has been developed to numerically calculate various quantities of interest, including leakage rate, leakage quantity, and leakage time dependence, for a high pressure system secured by more than one seals

    摘要以串聯雙密封結構為研究對象,建立了串聯密封結構系統的學模型,通過理論分析和值計算,揭示了串聯密封結構系統正壓率、量與時間關系的規律及其影響素。
  6. But this method has the shortcoming of information leaking. based on mpls, this paper presents the thought and implem enting technology that encrypt the data by ipsec at the customer edge ( ce ) router and encapsulate the data at provider edge ( pe ) router. the problem of information leaking due to at mpls backbone has been resolved

    本文提出了基於多協議標記交換技術,利用ipsec在客戶路由器端加密,再在mpls邊緣路由器端進行據封裝的方法構建vpn ,解決了vpn採用mpls在公用骨幹網進行第二層傳輸存在的信息不能自動加密、容易誤發或連接中斷造成信息等問題。
  7. On the basis of previous work, we developed a new data processing system by use of dsp & oop. the new system overcame the problems existed in the old data processing system successfully, such as the bug which cause program dead loop when the data is too long, and the frequency leak due to principle limit of fft filter. in addition, we eliminated the measurement error brought on by phase warp

    我們在前人的工作基礎上,利用現代字信號處理技術和面向對象的軟體開發技術,統一了彈上黑匣子據處理系統的操作平臺,完善了轉速、掃描角測試據處理系統,修正了原有處理程序中的據長度過長而導致程序死鎖的bug ;利用有限沖擊響應( fir )濾波器,在濾去噪聲的同時,有效地解決了矩形窗fft濾波的頻譜問題;另外還解決了相位偏差而導致的測試誤差。
  8. Therefore, we are unable to accept liability or responsibility for the disclosure of information as a result of technology - related gaps in security of data transmission and or unauthorised access by third parties

    此我們不能為據傳輸安全中的技術缺陷或未授權的第三方非法侵入而造成的信息負責任。
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