斷路阻抗 的英文怎麼說

中文拼音 [duànkàng]
斷路阻抗 英文
open-circuit impedance
  • : Ⅰ動詞1 (分成段) break; snap 2 (斷絕;隔斷) break off; cut off; stop 3 (戒除) give up; abstai...
  • : 1 (道路) road; way; path 2 (路程) journey; distance 3 (途徑; 門路) way; means 4 (條理) se...
  • : 動詞(阻擋; 阻礙) block; hinder; impede; obstruct
  • : Ⅰ動詞1 (抵抗; 抵擋) resist; combat; fight 2 (拒絕; 抗拒) refuse; defy 3 (對等) contend with...
  • 阻抗 : [電學] impedance
  1. For the circuit - breakers of rated voltage 252kv up, the synthetic test methods are introduced according now condition because of the limitation of the transformer short - circuit capacity. the correlative prescribes on switching line - charging current in gb / t1984 - 200x " alternating - current high - voltage circuit - breaker " are discussed according to the test results and theoretic analysis

    由於開合空載架空線試驗對電源側的有明確的規定,這就要求試驗電源必須具有足夠大的短容量,實驗室很難滿足要求,因此,一般對較高電壓等級的器採用合成試驗方法,本文介紹了利用現有條件,對252kv以上電壓等級的器採用合成試驗時的試驗線
  2. The addition of aluminium powders induced cement mortar to produce a mount of pore, the existing of pore could block path of through pore, so increased cement mortar impermeability. the experiments results revealed that appropriate addition amount of aluminium powders in cement mortar was 0. 004 - 0. 005 wt %

    氣泡的引入可以水泥石中的貫通孔的通,從而增加其滲性能,通過試驗研究,鋁粉在水泥砂漿中的摻量以( 0 . 004 0 . 005 )為宜。
  3. This paper presents a novel method for short - circuit current calculation, using zero impedance branch to simulate electrical equipment ( such as circuit breaker )

    提出了將電氣設備(如器等)用一條零模擬的短電流計算方法。
  4. It utilizes zero impedance branch characteristic, combining structure - transform and structure - static short - circuit current calculation method to calculate the short - circuit current directly through the electrical equipment when short - circuit fault takes place at the two sides of the electrical equipment, and settles the problems that the traditional method cannot directly figure out the short - circuit current

    該方法利用零特點,結合定結構和變結構短電流計算方法,能夠直接求出在電氣設備兩側分別發生短時,通過電氣設備(如器)的短電流,從而合理地解決了傳統的故障分析方法不能直接求出流過設備的短電流的問題。
  5. In the face of the increasingly complicated threat of network environment, this paper focuses on the study of theories and key technologies of information security operation about network adversary, operation architecture, attack detection, attack prevention, attack deception and vulnerability analysis. the purpose of the researches is to explore new methods for information security assurance so that we can have the initiative on information security

    而對日益復雜網環境威脅,本文就網敵手模型、對體系、攻擊檢測、攻擊、攻擊欺騙以及脆弱性分析等信息安全對理論和關鍵技術進行研究。其目的在於探索新型的信息安傘保障方法,以掌握信息安全對主動權。
  6. Two different reinforcing methodologies are applied : modification of the overlay characteristics by adding chopped glass fibers to the hot mixture asphalt ( hma ) and reinforcing asphalt overlay with glass grids. theory of fracture mechanics ( fm ) is employed to determine crack growth rates for the suggested anti - cracking overlay systems. asphalt mixture designing tests, three point bending tests and fatigue crack propagation tests were carried out. the critical stress intensity factors kic are determined for plain and reinforced asphalt concrete. depending on the fatigue crack propagation, the crack growth rate is determined for each type of anti - cracking system and the cracking process is also analyzed. one of the significant points in this study is the attempt to give better understanding of the crack propagation for multilayer asphaltic overlay or what are suggested herein to be called composite structure anti - cracking overlay system. the results indicate that the reinforcing materials improve anti - cracking characteristics of the asphalt concrete. composite structure anti - cracking overlay gives a good solution for the reflective cracking phenomenon over old cracked pavements

    利用2種不同的方法加筋瀝青罩面:在瀝青混合料中加入短切玻璃纖維改善瀝青混凝土的特性,採用玻璃格珊加筋瀝青混凝土.應用裂力學方法分析瀝青面裂縫擴展機理.採用瀝青混合料設計試驗、三點彎曲試驗和疲勞裂縫擴展試驗,確定加筋瀝青混凝土的臨界應力強度因子kic ,測量每一種瀝青罩面裂系統的裂縫擴展速率.本研究的主要特點是提出復合型裂罩面系統,分析了多層加筋瀝青罩面裂縫擴展過程,推薦了若干瀝青裂系統.結果證明,加筋材料可以提高瀝青罩面的裂特性,復合型裂罩面系統能夠有效地止反射裂縫的擴展
  7. Plus, everything else affects the impedance : the speaker wire, the connections, contributions from crossover circuits inside the speaker, corrosion, fuses and circuit breakers, loading by changing a ported cabinet when you plug or unplug a port insert, condition of the speaker assembly ( like the foam surrounds of a woofer, or the condition of the ferromagnetic fluid of some tweeters ), the cabinet seals, etc

    另外,還有其他東西會影響到揚聲器的:喇叭線,接線柱,內部分頻線,部件的腐蝕情況,保險絲或器,箱線頭子和接線柱之間產生的負載,揚聲器組裝時的生產環境,箱體的密封情況,等等。
分享友人