靜態校驗 的英文怎麼說

中文拼音 [jìngtàijiàoyàn]
靜態校驗 英文
static check
  • 靜 : Ⅰ形容詞1. （安定不動; 平靜） still; calm; motionless 2. （沒有聲響; 清靜） silent; quiet Ⅱ名詞（姓氏） a surname
  • 態 : 名詞1. （形狀; 狀態） form; condition; appearance 2. [物理學] （物質結構的狀態或階段） state 3. [語言學] （一種語法范疇） voice
  • 校 : 校名詞1. （學校） school 2. （校官） field officer3. （姓氏） a surname
  • 驗 : 動詞1. （察看; 查考） examine; check; test 2. （產生預期的效果） prove effective; produce the expected result
  • 靜態 : [物理學] static state; quiescent condition; steady state; statics; dead level; akinesis; akynesis...
  1. Basing on the analysis about the reason that how the superabundant torque appears, direct torque control strategy is used to realize the servo control of two asynchronous motors and load system ' s simulation. the measure method of superabundant torque of the system, the valid method of static state torque and the benchmark of dynamic torque are given by testifying the system ' s speediness through experiments

    在具體分析加載系統中多餘力產生原因的基礎上，採用直接轉矩控制策略，實現了兩臺異步電動機伺服控制和加載系統的負載模擬實驗，通過實驗驗證了系統的快速性；給出了系統多餘轉動慣量的測量、靜態轉矩的校驗和動態轉矩基準的實驗的基本方案。
  2. The traditional ideas of curriculum considering the results as the most important and seperating the contents from nature, society and self have been criticized by more and more people. based on the essence of curriculum, the thesis holds that curriculum should be returned to currere, which emphasizes the process of running around race course

    由此，本文認為，應當把課程（ curriculum ）回歸到該詞的拉丁文詞根、作為動詞的currere上， cunere不再強調靜態的「跑道」 ? ?預先設定的、由學生記誦的教學內容或學校材料，而是強調圍繞「跑道」跑的動態過程、跑的經驗。
  3. The principle and the mechanical structure of the air - gap inductance - type transducer are analyzed in this article, and the static parameters are calibrated. dynamic calibration is applied to air - gap inductance - type transducer which is not good in dynamic capability, to obtain the dynamic parameters of the transducer and its measuring circuit. based on the result of the dynamic calibration, the transducer and its serving circuit are modeled so that the method of how to improve the dynamic performance can be found

    本文對現有氣隙式電感傳感器在原理和機械結構上作了深入的分析，對其參數進行了靜態標定；並且針對常規電感傳感器動態響應低，不宜用於快速動態測量的缺點，引入測試系統動力學的思想，設計了一套動態校準系統，對現有傳感器進行多次動態校準，根據動態校準的實驗結果對現有傳感器建立數學模型，得到現有傳感器的動態特性；在此基礎上，根據磨床工件在線檢測的要求，設計一個硬體補償系統來提高整個測試系統的動態特性。
  4. Metallic materials - verification of static uniaxial testing machines - tension creep testing machines - verification of the applied load

    金屬材料.靜態單軸向試驗機的校正.拉伸蠕變試驗機.對作用負載力的校驗
  5. Metallic materials - verification of static uniaxial testing machines - part 1 : tension compression testing machines - verification and calibration of the force measuring system

    金屬材料.靜態單軸向試驗機的驗證.第1部分:拉伸壓縮試驗機.力測量系統的驗證和校正
  6. Metallic materials - verification of static uniaxial testing machines - tension compression testing machines - verification and calibration of the force - measuring system

    金屬材料.靜態單軸向試驗機的鑒定.拉伸和壓縮試驗機.測力系統的鑒定和校準
  7. The strain - gauge balance must be calibrated before it ’ s using in the wind tunnel tests, and the precision and accuracy of the balance will be affected by the characters of the calibration system

    而應變天平在用於風洞試驗前，必須進行靜態校準，天平校準系統的性能指標將直接影響天平校準系數的準確性。
  8. Every machine is inspected by the renishaw laser intervervrne instrument which can amend the screw - pitch error, recrse clearance, positioning accuraacy of the machine

    每臺機器均使用雷尼紹雙頻激光干涉儀校正，精確的對螺距誤差、定位精度、重復定位精度等做出檢驗補正，以確保機器之動態、靜態穩定性及加工精度。
  9. Paper and board tests. board crushing test. static calibration of the crushing machine

    紙張和紙板試驗.紙板壓縮試驗.壓縮機靜態校正
  10. Metallic materials - verification of static uniaxial testing machines - part 2 : tension creep testing machines ; verification of the applied load iso 7500 - 2 : 1996 ; german version en iso 7500 - 2 : 1999

    金屬材料.靜態單軸試驗機的校驗.第2部分:拉伸蠕變試
  11. The structure and character of deformable mirror were analyzed, and the conflict between the deformation band and the pitch of deformable cells was pointed out. the " two - time compensation " wave - front correct mode was introduced to settle that conflict. the method for allocating wave - front aberration and designing static corrector was found, and the " two - time compensation " wave - front correct mode was validated by simulation

    分析了變形鏡的結構特點，初步給出了變形鏡本身驅動單元數與校正量之間的制約關系；引入「二次補償」波前校正方案，解決了變形鏡校正量有限與高功率固體激光系統波前誤差起伏量大的矛盾，建立了波前校正對象優化分配、靜態校正器優化設計等細節過程所需要的方法，通過模擬模擬驗證了「二次補償」波前校正方案對于降低變形鏡校正量要求和放寬光學元件加工精度的作用； 5
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