favorable phase 中文意思是什麼

favorable phase 解釋
有利相位
  • favorable : adj. 1. 順利的；良好的；有利的，有望的。2. 好意的，贊成的。3. 起促進作用的。4. 討人喜歡的，贏得贊同的。adv. -ably ,-ness n.
  • phase : n 1 形勢，局面，狀態；階級。2 方面，側面。3 【天文學】（月等的）變相，盈虧；【物、天】相，周相，...
  1. Research on some favorable phase belts about the reservoir caprocks of cretaceous - paleocene in jianghan basin

    下第三系儲層蓋層有利相帶研究
  2. Base on two - stage approach, we adjust experimental parameter to develop a new method ( three - stage approach ) to prepare c - bn thin films. the study proves that it is favorable to prepare bn thin films of high cubic phase content. depositing time and substrate bias voltage in the first stage are 5 min and - 180v respectively

    根據si片上bn薄膜的反射光譜r （ ）和熔融石英片上bn薄膜的反射光譜r （ ）和透射光譜t （ ）各自獨立的計算了bn薄膜的光學帶隙，利用兩種方法分別計算立方相含量均約為55 %的bn薄膜的禁帶寬度為5 . 38ev和5 . 4ev ，其結果均和由經驗公式計算得到的結果非常接近。
  3. The end of the cold war dismantled the regime barrier that hampered the international economic exchanges and cooperation, providing favorable political environment for globalization ; meanwhile, the science and technology advancement, especially the development in information and communication technology, provided powerful drive and solid foundation in material technology for globalization and pushed it to a new phase

    冷戰結束以來，社會制度的異同不再成為各國經濟交往與合作的障礙，為全球化提供了適宜的政治環境；同時科技進步特別是信息、通訊等技術的發展為全球化提供了強大的動力和物質技術基礎，從而使全球化進入了一個嶄新的發展階段。
  4. Is conveniently located in fuyang gaoqiao economic development zone beside no. 320 national highway. only 20 km from hangzhou, enjoying favorable geological position. the first phase of the project covers a land area of 20, 000 - odd sq. m. with a floorage of 10, 000sq. m., and the second phase is under planning

    位於富陽高橋工業開發區，緊鄰320國道，距杭州市區20公里，地理位置優越，交通通訊便捷。一期工程佔地面積20000餘平方米，建築面積10000餘平方米，二期工程正在籌劃興建之中。
  5. The more favorable experiment conditions of preparing anatase nanometer tio2 powder are obtained from a lot of data. preparation technology of rutile nanometer tio2 powder is researched on the base of experiment of anatase nanometer tio2 powder. the influences of enclosure dose ' s quantity, preroasting temperatures phase - transition accelerant ' s quantity and calcining intensity and so on on the properties of inclusion body - zntio3 / ti ( oh ) 4, granule size and properties of rutile nanometer tio2 powder are discussed

    在銳鈦型納米tio _ 2粉體的制備基礎之上，進一步研究了金紅石型納米tio _ 2粉體的制備工藝，探討了包覆劑用量、預焙解溫度、晶型促進劑量及焙燒溫度和保溫時間等因素對znco _ 3 / ti （ oh ） _ 4沉澱包覆體性能、金紅石型納米tio _ 2粉體產品的粒度和性能的影響。
  6. Secondly, with combination of a certain type of radar, the application of genetic algorithm to optimum code selection and the iteratively reweighted least - square mismatched filter design for sidelobe reduction are discussed. the favorable experimental results are obtained, especially for 64 phase code

    最後，我們結合某型雷達，以64相碼信號為例，說明了遺傳優化演算法在編碼搜索中的優越性，並採用了迭代加權最小二乘演算法來設計失配濾波器以達到相位編碼信號的優化副瓣抑制目的，且給出了相應的模擬結果。
  7. This article takes the social insurance system reform of zhaoqing city as an example, analized the current situation and difficults of the reform of social insurance system and causes of the difficults, and brought forward six suggestions : strengthen leadership, creat a new phase of social insurance reform of our city ; enlarge cover range, promote and perfect the social insurance system gradually ; strengthen scientific managment, actively retrieve and strengthen the imposition of insurance ; enlarge capital investment, speed up the construction of information network of social insurance ; consolidate management, improve the level of socialization service ; increase the strength of propoganda, provide a favorable enviornment for the deepen of social insurance system reform

    本文以肇慶市社會保險制度改革為例，分析了社會保險制度改革的現狀問題和困難，以及問題形成的原因，並提出了深化社會保險制度改革的六點建議：加強領導，開創我市社會保險改革新局面；擴大覆蓋面，逐步推動和完善社會保險制度；加強科實管理，積極追繳，強化社會保險基金征繳；加大資金投入，加快社會保險信息網路建設；強化管理，不斷提高社會化服務水平；加大宣傳力度，為深化社會保險制度改革提供良好的外部環境。
  8. Based on the experiments, the simulation of the heat exchanger and scroll compressor was accomplished which also offered a favorable condition to the establishment of the whole gwshp methods were used to improve the veracity and astringency of the model, such as : dividing the condenser into several tiny segment with equal area ; separating the condensing process into single - phase region and double - phase region ; the comparing result showed that most of the error between the data of simulation and experiment was within 5 % while the maximal error was 8. 35 %

    在建模過程中，從大量蒸發和冷凝的換熱關聯式中，通過與實驗數據的比較找出了與實驗結果最為接近的換熱關聯式在建模過程中，針對冷凝器及板式換熱器的特點，採取將冷凝器按面積分成若干個微元段，並將冷凝過程分成單相區和兩相區的方法。同時對渦旋壓縮機進行建模和分析同時在熱力學平衡基礎上與實驗數據比較，經過驗證，對于換熱器模型，模擬計算與實驗結果的誤差一般都在5以內，最大為12 。
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