溫度計的校正 的英文怎麼說

中文拼音 [wēndùjìdejiàozhēng]
溫度計的校正 英文
verification of thermometer
  • 溫 : Ⅰ形容詞（不冷不熱） warm; lukewarm; hot; gentle; mild Ⅱ名詞1 （溫度） temperature 2 （瘟） acute ...
  • 度 : 度動詞[書面語] （推測; 估計） surmise; estimate
  • 計 : Ⅰ動詞1 （計算） count; compute; calculate; number 2 （設想; 打算） plan; plot Ⅱ名詞1 （測量或計算...
  • 的 : 4次方是 The fourth power of 2 is direction
  • 校 : 校名詞1. （學校） school 2. （校官） field officer3. （姓氏） a surname
  • 正 : 正名詞（正月） the first month of the lunar year; the first moon
  • 溫度計 : [物理學] thermometer; thermograph
  • 溫度 : [物理學] temperature
  • 校正 : check; correction; adjust; revise; proofread and correct; rectify; calibrate; make true; master c...
  1. This thesis conducts a detailed analysis of yangda dairying group ( ydg ) from the perspective of marketing situation, competitiveness and designs four sorts of management strategies through " swot ". there are : ( 1 ) to emphasize freshness of our products ; ( 2 ) to regulate or innovate inner organizational structure of the enterprise under the pressure of external competition ; ( 3 ) to introduce green marketing concept by taking advantage of advanced technologies at yangzhou university ; ( 4 ) to avoid competition with rivals on room - temperature dairy products

    本文從營銷環境、競爭力的角度對揚大乳業集團作了細致分析，並通過swot分析設計出了四大類經營戰略方案，即採取差別化戰略突出乳品在本地市場的新鮮優勢；利用外部競爭壓力加快推動對內部組織結構的調整和改造；充分發揮高校科技與人才優勢，引進綠色營銷理念，塑造綠色乳品形象，引導綠色乳品消費，避免在簡單的買贈促銷上與競爭對手對抗；採取「有所為有所不為」的策略，避免在常溫產品上與競爭對手進行正面競爭。
  2. Changing temperature velocity in inner barrel is not a stable constant, and it will vary with advancement of measuring from time to time, thus cooling emendation quadrature model is established to compensate temperature dissipation

    提出以內外桶溫差導致的量熱系統溫度變化的速度對主期測量時間進行積分的冷卻校正計算模型。
  3. Beckmann thermometers are designed to measure small temperature differences. hence the calibration of a beckmann thermometer refers to comparing the true temperature differences obtained from the laboratory s standard thermometers against the observed temperature differences indicated by scale readings of the unit under test

    貝克曼溫度計是用於測量微細的溫差，因此本所將其標準溫度計所錄得的真正溫差與接受測試元件的標度讀數所顯示的觀察溫差進行對比，以校正貝克曼溫度計。
  4. The thermohygrographstemperature and humidity recorders will be calibrated by comparing against the laboratory standards in the calibration chamber of a humidity generator

    溫濕計溫度及濕度記錄器會在一個濕度產生器的校正空間內與本所的標準互相對比而進行校正。
  5. For such calibrations it is necessary that the sensor element be mounted and sealed in a glass sheath so that the distance from the tip of the element to the bottom of the head of the thermometer is at least 450 mm, and the diameter of the glass sheath should not be greater than 8 mm

    進行上述校正時，感溫元件必須裝于及密封於一玻璃套內，而該感溫元件的尖端與溫度計把手部份的底部最少距離450毫米，該玻璃套的直徑不得超過8毫米。
  6. A thermometer submitted for test is examined for structural defects, errors in figuring and dividing, trapped gas or impurities, and excessive strain before calibration

    在校正交來作測試的溫度計前，本所會先檢查其是否有結構性缺陷、分度錯誤、藏有氣體或雜質及有過度應力。
  7. This paper is mainly the research on the design techniques, facture technics, non - linear self - emendation and temperature - bias self - compensate techniques of dif - pressure sensors

    本論文主要研究了差壓傳感器的設計方法、製作工藝、非線性自校正及溫度漂移自補償等技術。
  8. In order to improve measurement precision and display fidelity of the instrument, three new methods of nonlinear calibration of thermal instruments, which are based on intelligent control theory, are presented in this paper, such as nonlinear compensation of zr02 oxygen measurement instrument using bp nn, nonlinear calibration of temperature measurement sensors using cmac nn and nonlinear identification of throttle flow meter using ga. these methods prove to be not only simple but also effective

    火電廠熱工儀表普遍存在非線性特性，為了提高參數測量的準確度和儀表顯示的精確度，基於智能控制理論，文中提出了熱工儀表非線性校正的新方法： bp神經網路補償氧化鋯氧量計非線性特性的方法、 cmac神經網路校正測溫傳感器非線性特性的方法、遺傳演算法辯識節流式流量儀表非線性特性的方法。
  9. Through analysis and discussion on experiment theory and structure of calorimeter, the precision and veracity of apparatus can be efficiently enhanced with improvement on cooling emendation which is very important to calorific value measurement

    本文通過對恆溫式氧彈儀試驗原理和結構的分析和探討，對測定發熱量過程中至關重要的冷卻校正計算進行改進，有效的提高了儀器測量的精確度和準確度。
  10. By controlling the stress value of under - lying layer less than tits structure yield stress value, a new design method to decrease composite ground settlement is suggested. and the composite foundation settlements of 12 buildings with the deep mixing cement piles is calculated, which is in good accord well with the measurement in field. second, considering the influence of well resistance, smear effect and structure breakage of thick soft clay, the equivalent calculation method is proposed

    首先，結合溫州地區深厚軟土，通過對室內常規試驗結果的分析，發現軟土具有較強的結構性，並給出室內固結壓縮曲線校正的新方法；提出了通過控制未打穿水泥攪拌樁復合地基下臥層的應力水平，使其小於土體結構屈服應力，以大幅度減小沉降的復合地基設計方法，並通過與12幢住宅樓未打穿水泥攪拌樁復合地基的實測沉降對比，得到了良好的驗證，進一步完善了結構性軟土壓縮變形的計算方法。
  11. Bimetaldial thermometers will be calibrated by comparison with laboratory standards in constant temperature baths or furnaces. calibration charges

    雙金屬刻度盤溫度計將于恆溫槽或爐內與本所的標準對比而進行校正。
  12. Digital thermometers will be calibrated by immersing their sensor probes in constant temperature baths or furnaces and comparing with laboratory standards

    本所透過將數字溫度計的感應探針浸入恆溫槽或爐內並將其與本所的標準對比而對其作出校正。
  13. To calibrate a dew - point hygrometer, a stream of low flow rate air, generated by a standard humidity generator and at the specified dew - point temperature, is passed through both the uut and reference dew - point hygrometers which are then compared

    由標準濕度產生器產生的低流速定值露點溫度的空氣會流經被測試儀器及參考露點濕度計，然後互相對比，從而校正露點濕度計。
  14. In this paper, the reason for which the substrate temperature effects the nonuniformity of umbirfpa is analyzed. it is brought forward that using three point correction method to minish the substrate temperature ' s influence on nonuniformity of umbirfpa. the principle of the new method, the way to realize the method and the flow process to obtain the correction coefficients were given simultaneously

    文中分析了umbirfpa的非均勻性受襯底溫度影響的原因，計算了襯底溫度對非均勻性影響的大小，提出採用三點非均勻性校正新方法來克服襯底溫度的影響，並分析了這種新方法的原理、實現方案和校正系數的獲取流程。
  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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