時間間隔測量儀 的英文怎麼說

中文拼音 [shíjiānjiāngécèliángyí]
時間間隔測量儀 英文
time interval measuring instrument
  • 時 : shí］Ⅰ名1 （比較長的一段時間）time; times; days:當時at that time; in those days; 古時 ancient tim...
  • 間 : 間Ⅰ名詞1 （中間） between; among 2 （一定的空間或時間里） with a definite time or space 3 （一間...
  • 隔 : partitionseparate
  • 測 : 動詞1. （測量） survey; fathom; measure 2. （測度; 推測） conjecture; infer
  • 量 : 量動1. （度量） measure 2. （估量） estimate; size up
  • 儀 : 名詞1 （人的外表） appearance; bearing 2 （禮節; 儀式） ceremony; rite 3 （禮物）present; gift 4 ...
  • 時間 : time; hour; 北京時間十九點整19 hours beijing time; 上課時間school hours; 時間與空間 time and spac...
  • 間隔 : interval; space; spacing; blanking; blank; region; distance; gap; intermission
  • 測量 : measure; survey; gauge; meter; measurement; measuring; surveying; mensuration; metering; gauging;...
  1. And the deficiencies are pointed out in present researches, such as highway capacity, level - of - service, influence factor of road alignments, etc. from these, it has confirmed that the thesis should be studied from rational analysis, quantitative analysis of level - of - service, impact on capacity of road alignments, setting - up simulation model, etc. the high - accuracy gps dynamic data acquisition appearance is proposed to be used for the first time to carry on the experiment of overtaking on two - lane highways, and experiment scheme is designed according to the driver ' s perceive to judge each overtaking course. based on the experiment data, it can get two important parameters of acceptant gap ? the critical gap of overtakable time headway and returnable time headway through data processing, which can offer the strong support to the research of two - lane highway capacity with qualitative and quantitative analysis. besides, the experiment methods is provided to observe overtaking ratio and to measure the

    研究中首次提出了運用高精度gps動態數據採集儀對雙車道公路上的超車行為進行觀測，設計了根據駕駛員感受度來衡量超車過程的實驗方案，並通過後期數據處理得到了超車過程中兩個重要的可接受間隙參數-可超車車頭時距和可回車車頭時距的臨界間隙值，為定性和定量分析雙車道公路通行能力提供有力的數據支持;同時，還提出了觀測超車率的實驗方法以及測量加速度干擾的實驗方案，統一了計算加速度干擾的時間統計間隔，為雙車道公路的服務水平量化研究奠定基礎;最後還簡單介紹了駕駛員問卷調查法和模擬程序中模型參數標定和驗證的數據採集方法。
  2. The developed apparatus can automatically measure evapotranspiration at setting up interval and memory the data through a 32 kilobyte data storage memory. measured data can be transmitted to personal computer by rs232 series communication interface. apparatus will be trigged at measurement time by a real time chip set in it

    該儀器通過實時時鐘晶元實現間隔採集動作的觸發及時間、日期的計數；利用液晶顯示器（ lcd ）進行顯示；使用它能在無人監管的工作環境下，定時進行蒸散測量並將測得數據自動保存到32k數據存儲器中；再通過rs232串列通訊介面將數據傳送到pc機進行進一步處理。
  3. Verification regulation of precision time interval meters

    精密時間間隔測量儀檢定規程
  4. 4. hptimi is a typical virtual instrument

    4 .高解析度時間間隔測量儀是一個典型的虛擬儀器。
  5. Verification regulation of digital time interval measuring instrument

    數字式時間間隔測量儀試行檢定規程
  6. Verification regulation of time interval measuring instrument with needle indication

    指針式時間間隔測量儀試行檢定規程
  7. 3. pci bus is used to accomplish the computer interface in hptimi

    3 .高解析度時間間隔測量儀採用pci總線與計算機介面。
  8. The procedure to design the driver of hptimi based on windriver is illustrated

    論文闡述以windriver為工具編寫高解析度時間間隔測量儀驅動程序的過程。
  9. The high precision time - interval measuring instrument ( hptimi ) is manufactured for the rigorous requirement such as high precision, high stability and multi - channels in detonation experiment and particle acceleration experiment

    高解析度時間間隔測量儀正是應爆轟物理實驗中高可靠性、高精度和多通道等測量要求而研製的，其使用有助於使爆轟與粒子加速等物理實驗的電子測量技術達到一個新的水平。
  10. The main contributions of this dissertation include : 1. aiming at the use of the instrument, the application of time - interval measure in detonation experiment is introduced. furthermore, the importance of hptimi in detonation experiment and its foreground are analyzed

    本文的主要內容包括: 1 .針對儀器的用途，介紹時間間隔測量在爆轟物理實驗中的應用，說明高解析度時間間隔測量儀在爆轟物理實驗中的重要作用和發展前景。
  11. The characters, advantages, domestic and foreign status and developing direction of virtual instrument, are inroduced briefly. and the design process of control software of hptimi in the environment of labwindows / cvi is also presented. the primary data exchang mechanism among the contol units of hptimi and the corresponding program flow charts and their programmimg approaches are expatiated

    論文通過簡單分析虛擬儀器的特點及國內外研究現狀和發展方向，詳細闡述在labwindows / cvi環境下，高解析度時間間隔測量儀控制軟體設計過程，說明其主要的數據交互機制，給出相應的程序流程圖和編程方法。
  12. One is the hybrid programming technique for visual c + + and matlab with matlab engine, which is an inexpensive and time saving way and can be introduced into other systems. the other is the presentment of the soft - sensing model of sample interpolation and multi - step memory, which can also be introduced into other situations similar to sewage treatment

    另外，本文提出的「樣本數據插值和多步記憶」的軟測量模型結構對于類似於污水處理的工業過程，即目標參數難以用硬儀表在線測量且可得數據樣本間隔時間長、前後相關性強的工業過程之軟測量模型構建，也頗具參考價值。
  13. Besides, factors that affect the results of subdivision driving are discussed. furthermore, after analyzing popular methods applied in laser distance measure, waveform analysis is used in the laser scanner. a high - speed a / d card is used to acquire the signal, related software of this part is programmed and the time of waveform analysis is estimated

    然後對常用的距離計數法進行了精度分析，確定在三維激光掃描儀中採用波形記錄法實現時間間隔測量，根據三維掃描儀的精度要求採用高速採集卡對激光的主、回波波形進行採集、分析與處理，並編寫了波形採集、分析程序，同時對波形分析處理所需要的時間進行了估算。
  14. In this work, oscilloscopes with high precision are used to record the time interval when shock wave passed through the porous sample. we have measured the hugoniot data of porous iron whose initial densities varies from 6. 151 to 6. 725 mg / m3

    本文採用高精度的示波器作為時間間隔記錄儀器，測量了初始密度為6 . 151 - 6 . 725g / cm ~ 3多孔鐵的沖擊壓縮數據。
  15. From error of trapezia quadrature and hardware design of calorimeter, we introduce sampling factor to obtain factual temperature and adopt shorter interval to perform cooling emendation. the appropriate interval is confirmed through thermal capacity demarcating and caloric measuring experiments

    從梯形法求解定積分的誤差出發，結合恆溫式氧彈儀硬體電路設計的具體情況，引入采樣因子來準確獲得測量過程的實際溫度，並採用較小的時間間隔進行冷卻校正的計算。
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