門檻效應 的英文怎麼說

中文拼音 [ménkǎnxiàoyīng]
門檻效應 英文
threshold effect
  • 門 : Ⅰ名詞1 （房屋、車船等的出入口 ） entrance; exit; door; gate 2 （形狀或作用像門的東西） switch; va...
  • 檻 : 檻名詞1. （欄桿） banisters; balustrade2. （關禽獸的木籠; 囚籠） cage
  • 效 : Ⅰ名詞（效果; 功用） effect; efficiency; result Ⅱ動詞1 （仿效） imitate; follow the example of 2 ...
  • 應 : 應動詞1 （回答） answer; respond to; echo 2 （滿足要求） comply with; grant 3 （順應; 適應） suit...
  • 門檻 : threshold; carpet strip; sill; cill; sole; door sill （集裝箱）
  • 效應 : [物理學] effect; action; influence
  1. Determination method of the damage threshold stress and damage threshold strain is given, six kinds of damage variables ( which are across isotropy effectual elastic modulus damage variable, simple effectual elastic modulus damage variable, density damage variable, volume damage variable, volume density damage variable and area density damage variable ) are defined, evolution curves and evolution equations of harden yield damage are obtained

    提出了損傷應力和應變門檻值的確定方法，並定義了六種損傷變量（即橫觀各向同性有效彈性模量損傷變量，簡單有效彈性模量損傷變量，密度損傷變量，體積損傷變量，體積密度損傷變量和面積密度損傷變量） ，在此基礎上得出了硬化屈服損傷過程中的損傷演化曲線和演化方程。
  2. In order to balance equity and efficiency and realize balance mechanism, the company legislation should construct a double system of encouraging and holding : widen plaintiff and appeilee qualification ; ease the cost of plaintiff to depress sill of shareholders deputy litigation ; establish preceding procedure and litigation cost guarantee system ; restrain dealing right og plaintiff shareholders ; defini

    為了兼顧公平與效率，公司立法應當努力構築良好的激勵和約束的雙重機制:告資格，置程序，擴大被告范圍，減輕原告的費用負擔，以降低股東代表訴訟的門檻;放寬原設立前設立訴訟費用擔保制度，限制原告股東的處分權利，明確股東敗訴時的賠償責任，以防止股東代表訴訟的濫用。
  3. Therefore, shareholders ' action should be regulated in such aspects as optimizing equity structure, establishing an effective mechanism of incentive and constraint, strengthening the function and efficiency of board of directors, raising the entry threshold of shareholders, and improving related laws and regulations

    規范股東行為應從優化券商股權結構、建立有效的激勵約束機制、強化券商董事會的職能和效率、提高券商股東的進入門檻和完善相關的法律法規等方面入手。
  4. Once a certain initial level is reached, this regenerative effect accelerates, taking the voltage all the way to the highest level, resulting in a spike

    一旦到達某個門檻值，這個再生的效應就會加速，讓電壓一路飆到最高點而產生尖鋒。
  5. It is found that cyclic loading at high differential stress level will lead to the decrease of felicity ratio, and the value max can be decreased by some crack systems in specimen. there is still a lot of ae during unloading at high differential stress level, which implies that the deformation is dominated by fracturing at low differential stress level, and the deformation by frictional sliding increases greatly at high differential stress level

    關于應力方式對巖石破裂的影響，發現較高差應力水平下的多次循環加卸載會使felicity比減小；某些構造能使巖石產生felicity效應的應力門檻值_ （ max ）降低；由高差應力水平下卸載時仍有大量聲發射產生推測：在低差應力水平下，破裂以裂紋尖端的突然擴展為主；在高差應力水平下，沿已有的裂紋面的滑動破裂大量增加。
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