重方 的英文怎麼說

中文拼音 [zhòngfāng]
重方 英文
double recipe
  • : 重Ⅰ名詞(重量; 分量) weight Ⅱ動詞(重視) lay [place put] stress on; place value upon; attach im...
  • : Ⅰ名詞1 (方形; 方體) square 2 [數學] (乘方) involution; power 3 (方向) direction 4 (方面) ...
  1. Those two critical angles constitute the double direction of his critical aesthetics

    兩者構成批判美學的雙重方向。
  2. The author finds out that the heavy diaphoretic prescription is very popular in clinic, while the light one is less and less applied

    摘要當今臨床重方劑滿目皆是,而輕輕劑卻越走越遠。
  3. While performance technology has grown up in the world of workplace, there is no reason why its fundamental principles and many of its processes can not be applied in both educational and social settings. as to the pt ' s influences on the future development of instructional technology. the writer ' s conclusion is that : instructional technology should broaden itself from schooling background to social and other non - educational settings ; should move from focusing on tools, resources, processes and methods to learning and working outcomes ; from emphasis on instructional solutions to focusing on non - instructional solutions as well as instructional solution ; from paying attention to individual learning to larger macr o - management concerns and " systems thinking ; from reactive problem solving to proactive approachs. in the mean time, the writer does some reflectings about the electronic performance support systems ( epss ) movement

    關于績效技術對教育技術學未來發展的影響,本研究認為績效技術將促使教育技術學發生以下五個根本性的轉變? ?從只是關注學校教育情境中個體的學習向同時關注社會情境、工作場所中績效改進的擴展,從只是關注教學型問題解決案向同時關注非教學型問題解決案的轉變;從熱衷於過程與資源,向關注學習和工作結果的轉變;從注重方法向同時注問題本身的轉變;從熱衷於設計和開發向注設計和開發前的分析、規劃及後期評價的轉變;從主要關注微觀教學過程與資源的研究向同時關注宏觀教育問題解決的轉變。
  4. Responsible for contractor lifting operation management, reviewing important lifting plan, inspecting measures of lifting operation, ensure efficiency and quality of field technical supervision for important lifting operations

    負責對維護承包商設備檢修的起作業的管理,審核要設備的起重方案,檢查現場起作業的準備工作,對要的起作業進行現場技術監督保證高效、優質完成設備維護檢修工作。
  5. The kzw empty - loads are perfect, but the means of measuring weight is under dynamic of vehicle system, so they must be affected by the oscillation of vehicle

    雖然kzw系列空車調整裝置取得很大進展,但因它們採用動測重方式測,所以受著車輛振動的影響。
  6. The mean of measuring weight is very precision because there is no effect of the vehicle vibration, namely it is able to measure the vehicle weight accurately in the relax car ' s brake

    這種測重方式因在列車緩解時測,不受車輛系統振動的影響,能夠較客觀地反映車輛的載狀況,從而準確地實現車輛的空車調整。
  7. By the research about the equipment long time, we have advanced and designed a set of staticly measuring weight automatic stepless adjustment empty and load equipment. the static measuring weight automatic stepless empty - load measures the vehicle load in static, then records the weight as the gist of the next brake

    本文所述的靜測無級自動空車調整裝置,它採用靜測重方式實現載信號的採集,並將所採集的信號進行記憶,為輸出制動壓力提供依據。
  8. 2. a new angular superresolution technique called phase weighting superresolution method ( pwsm ) is proposed

    針對普通相控陣天線的特點,提出了walsh - hadamard相位權重方位超分辨法。
  9. Based on the research and model test, the head loss of flap valves is analyzed by both mathematical physics method and the equation of criterion, and the impulsive force and open angle of flap valve are researched. the flap valve approximate - calculation method is the emphases in this paper. the design methods and using effect of air - filled floating flap valve are studied in the paper by combining with engineering example

    在總結前人研究的基礎上,對照試驗結果,通過數理解析和準則程分析了拍門水頭損失,研究了拍門水流沖力的求解和拍門開啟角度的求解,著研究分析了拍門近似計算法,分析拍門在水中的運動規律,並結合工程實例,研究探討充氣浮箱式拍門的配重方法及其使用效果,為今後開拓充氣浮箱式拍門的運用領域作些探討研究。
  10. - the focal point of this paper is studying the problem of cargoes ? weight measurement, besides the component of mechanical system, the component and control of electric - control system, the full - digital dc speed adjustment system and the hardware and software design of plc control system. this paper puts forward the project of current static measurement method and corrects it with acceleration dynamic measurement

    本文除分析介紹了集裝箱橋吊的機械繫統組成、電控系統的組成及控制、全數字直流調速器以及plc控制系統的軟硬體設計外,點研究了集裝箱裝卸橋中的貨物稱問題,提出了應用電流靜態測量法的稱重方案,並且採用了加速度動態測量法對其進行動態校正,在實際應用中取得了令人滿意的效果。
  11. 1. every time the faithful take part devoutly in a sacred liturgy or pious practice in honour of the most blessed sacrament, solemnly exposed or preserved in the tabernacle

    1 .虔誠參與敬禮聖體的禮儀或熱心神工不論聖體是以隆重方式顯供或保存在聖體內。
  12. Every time the faithful take part devoutly in a sacred liturgy or pious practice in honour of the most blessed sacrament, solemnly exposed or preserved in the tabernacle

    虔誠參與敬禮聖體的禮儀或熱心神工不論聖體是以隆重方式顯供或保存在聖體龕內。
  13. Fourthly, concrete research method must assure four combinations, which is the combination of theory and quantity analysis, meeting current needs and long - term goal, emphasizing both scientificalness and feasibility of project, and basing on the situation of our country and using foreign advance experiences ' as reference

    四是具體研究法做到四個結合。既要進行理診分板:也要進行量化分析;既要滿足當前需要,也要兼顧一味遠日標;既要注重方案本身的科學性,也要注重方案的可操作性;既要立足中國國情,也要借鑒國外的先進經驗。
  14. Weighing project of cargo elevator

    貨梯稱重方案扶梯稱重方
  15. Weighing project of stairway elevator

    電梯稱貨梯稱重方
  16. With the progress of the modernization of industrial automation and management, weighing way from the traditional mechanical lever developed to intelligent digital weighing, particular in quick and dynamic weighting

    隨著工業自動化和管理現代化的進展,稱重方式由傳統的杠桿式機械稱量發展到數字式智能稱量,尤其是快速動態稱有了很大發展。
  17. A new angular superresolution technique called angle weighting superresolution method ( awsm ) is proposed

    針對實孔徑天線的特點,提出了角度權重方位超分辨法。
  18. It is used in conventional real aperture radar for improving angle resolution. numerical and experimental results show that by using awsm. the angular resolution is improved by a factor of 1. 8 when signal - to - noise ratio equals to 15db

    實驗結果表明,在15db的信噪比下,採用角度權重方位超分辨技術可以使位解析度的改善因子達到1 . 8以上。
  19. A dynamic weighing method for vehicle scales based on system identification

    基於系統辨識的動態汽車衡稱重方
  20. A number of studies, important, good exchanges, team building, training and tempering six deep - dug wells capacity is the main way

    而多讀書、重方法、善交流、建團隊、深挖井是培養和鍛煉這六面能力的要途徑。
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