氣流核心 的英文怎麼說

中文拼音 [qìliúhéxīn]
氣流核心 英文
flow middle
  • 氣 : Ⅰ名詞1 （氣體） gas 2 （空氣） air 3 （氣息） breath 4 （自然界冷熱陰晴等現象） weather 5 （氣味...
  • 流 : Ⅰ動1 （液體移動; 流動） flow 2 （移動不定） drift; move; wander 3 （流傳; 傳播） spread 4 （向壞...
  • 核 : 核構詞成分。
  • 氣流 : 1 [氣象學] air current; airflow; wind current; airstream2 [語言學] breath氣流紡紗 open end spinni...
  • 核心 : core; kernel; kern; heart; centre; elite; nucleus
  1. Intense ultraviolet radiation from the core heats the circumstellar gas to ten thousand degrees, and the velocity of the gas flowing away from the star jumps to about a million miles per hour

    核心強烈的紫外輻射將星周氣體加熱到上萬度，從恆星流出的氣體速度躍升到了每小時百萬英里。
  2. The " eye " is typically of the order of tens of kilometres in diameter. it is essentially a core of descending air where clouds are relatively broken and winds are relatively calm

    典型的風眼直徑大約有數十公里，實質上是下降氣流構成的核心，該區雲層稀薄，風力微弱。
  3. Experiments on the gas flow patterns in the flowmeter prove that the algorithm used in arm digital gas mass flowmeter is capable of significantly improving the sensitivity of the heat sensor, hence superior in terms of the measurement of gas mass flow

    並將此演算法應用於以arm處理器為核心的數字式氣體質量流量計中實驗證明，該方法能夠明顯改善熱式傳感器的動態響應速度，實現其快速補償。
  4. Taking the method of pressing - off inlet valve in partial stroke as the theory foundation, a new stepless capacity control system is developed

    本文以部分行程頂開吸氣閥進行排氣量調節為理論基礎，研製開發了一種新型氣量無級調節系統，其核心部件為可調迴流氣閥。
  5. With fluid dynamic derived from marine mammals and subtle character lines stretching down the body ; the powerful imposing view of our canopy in flight is simply stunning

    為了營造出古代羅馬戰神盔甲的雄壯氣勢，極度誇張霸氣進氣口的設計，搭配腮狀進氣側孔，飛行時氣流直達動力核心，增強熱能疏散。
  6. In accordance with the strategic objective of “ build cnooc into a first - class international energy company ”, the center will conduct further research in offshore oil & gas exploration and development to tackle the key technical problems, enhance core competitiveness and make greater contributions to the sustainable development of cnooc

    為了適應中國海油「建設國際一流的綜合型能源公司」的戰略需要，中海石油研究中心將在海洋油氣勘探、開發和工程研究等領域進一步開展科技攻關，研究和解決海洋石油勘探開發遇到的重大技術難題，增強核心競爭力，為公司可持續發展做出應有的貢獻。
  7. Aerodynamicist klaus huenecke of airbus has developed a “ passive ” scheme based on so - called designer vortices

    歐洲空中巴士公司的空氣動力學專家輝奈克已研發了一個被動技術，以所謂的訂制渦流為核心。
  8. The high - performance solution of sparse linear algebra equations is very important in solving many problems from science and engineering applications, including computational fluid, simulation and design of materials, data processing in oil exploitation and earthquake prediction, numerical forecast of weather, and numerical simulation of nuclear blast

    稀疏線性代數方程組的高效求解是許多科學與工程計算的核心，如計算流體力學、材料模擬與設計、石油地震數據處理、數值天氣預報從核爆數值模擬等都離不開稀疏線性代數方程組的求解。
  9. As the key of the sample injection, a digital control instrument of mass flow controller ( mfc ), which can work in online and offline mode, was designed. it can give 4 flow signals accurately at the same time. the concentration and flux of the sample gas can be set by the instrument software

    進樣裝置的核心是自行設計開發的新型流量控制儀，該儀器採用數字介面，可以以聯機和脫機方式工作，能夠同時快速準確地輸出4路流量控制信號，對測試氣體的流量和濃度進行設定。
  10. The most popular idea proposes that solid cores amass from protoplanetary disks and behave like seeds, attracting gas to grow into giant planets

    最流行的學說倡議：固態的行星核心由原生行星盤獲取質量，就像一顆種子，能吸引氣體長成為巨行星。
  11. In this paper, the backward simulation was summarizd at home andabroad, the characteristics of shell nosing were introduced, the theory and scheme of backward simul - ation of shell nosing was constructed, the determined methods of the boundary conditions were put forward in backward simulation for the processes of shell nosing

    論述了推力矢量控制技術是提高空空導彈性能的核心技術，介紹了常用的三類推力矢量裝置，著重討論了燃氣舵式和擾流片式推矢裝置的特點、設計方法、性能及其優缺點.在此基礎上，研究了適用於氣動力/推力矢量復合控制的變結構控制系統及其開關函數的切換條件和飛行控制系統框圖.最後綜述了推力矢量裝置在第四代空空導彈上的應用情況
  12. Malaria is one of the three most prevalent serious diseases in the world, the other are tuberculosis and aid, nearly 500 million people are infected worldwide each year, more than one million died, according to unicef ， un children organization, more than 90 % of all malaria cases are infected in africa, two thousand african children died daily from this disease, doctor patric kaucher is with the center for disease control and prevention, in rural africa, one out of 5 children born does not survive till his fifth birthday, malaria is transmitted from person to person, via mosquitoes carry the parasite. malaria rapidly destroy the red blood cells which deliver o and nutrients to the rest of the body, the disease is preventable and treatable, but most africa do not have adequate resource to do with either

    瘧疾是世界三大嚴重流行病之一，其他的2個是肺結核，艾滋病，每年大約有五億人感染此病，超過100萬人死亡，根據聯合國兒童基金會聯合國兒童組織，大約90 %的瘧疾病是在非洲感染的，每2天就有2萬的非洲兒童死於瘧疾，醫學博士是這個疾病控制和預防中心的，在非洲邊遠地方，出生的孩子每五個有一個活不到五歲，瘧疾可以在人類之間通過載著寄生蟲的蚊子傳播，一旦傳染了瘧疾，人類的運載氧氣和養料到身體各部位的血紅細胞就被很快破壞，瘧疾可以預防和救治，但是非洲沒有足夠的財力來救治瘧疾。
  13. When the cooling air flow rate is greater, there is no an obvious core fluid rotation formed in the cavity

    當冷卻氣體流量較大時，盤腔內不能形成明顯的旋轉核心。
  14. Therefore, radiation transport is efficient enough to bring the energy almost all the way to the stellar surface. hence the star will have a radiative shell and a convective core

    在這些星體較外層的氣體仍然很熱和比較透明所以輻射傳播是一個有效的傳遞方法結果是這些恆星會有一個對流核心和輻射外殼。
  15. It is also found that the flow developments in all radial locations are not synchronized, but it extended gradually from the core region to the wall, until finally a fully developed flow is achieved across the whole cross - section of the riser. the flow development at the annulus region near the wall, as a control process of the whole flow development in the riser, is much slower, and more sensitive to the change of operation conditions than that at the core region

    氣固兩相流動沿徑向的發展並不同步，而是一個由核心區向邊壁區逐漸擴展，最終達到充分發展的過程，該過程主要受邊壁區發展過程式控制制；相對于核心區，邊壁區的發展不僅顯著緩慢，而且受操作條件的影響也較顯著。
  16. The second part " building and climate ", describes the problem of the relationship between climate and human - being settlements environmental especially, and dicusses the historical origin of architecture design abiding by climate from human social demand and psychological need by retrospecting development history of the architecture from domestic to international. the third part " architectural desiging thoery based on climate ", through the analysis of the successful example and major points in this field, sums up core idea and proposes that climate involves building in three aspects ( macroscopical aspect, mid - scopical aspect, microscopical aspect ), and generates strategy for next part points to architecture design method

    研究目的以及論文的框架;第二部分"建築與氣候" ，重點論述了氣候與人居環境關系的問題，並通過對國內外建築發展史的簡要回顧，從人類的社會需求與心理需求兩個方面探討了建築適應氣候的歷史根源;第三部分"源於氣候的建築設計理論" ，主要通過對當今該領域的主流觀點以及成功典例的分析，歸納其核心的思想理念，並提出了氣候影響建築的三個層面（宏觀層面?中觀層面?微觀層面）的觀點，為下一部分針對具體的適應氣候的建築設計方法擬訂策略
  17. Nozzle is the core part of wind tunnel, and it has a critical influence on the airflow of the wind tunnel

    噴管是風洞的核心部件，對風洞氣流好壞起決定性作用。
  18. This thesis presents a mathematic model and basic frame of the performance - based design method, resolves the most valuable problem in developing a complete and fine performance - based model. 2. this thesis established a smoke flow model and to the frame of the performance - based design

    2 、本文建立了基於性能化設計方法基本框架和核心演算法的煙氣性狀模擬模型，該模型實現了對建築的流場和熱場的分析，可用於模擬建築煙氣的流動和擴散。
  19. In architectural design, propose some suggestion and solution in the coordination of the teaching synthesis of university and campus environment, rational overall arrangement of multi - functional space in making up, the creation of humanistic exchanging space and reflecting campus culture of huge building in shape - designing. in technology of the building, with the complexity of building technology that coming with multi - functional association of university ' s teaching synthesis, through analysing and research, put forward the adaptability tactics in the structure, pipe network, traffic, weather of the teaching synthesis of university the teaching synthesis of university becomes the key building in the campus with the huge body measure, but apt to lose cordial, pleasant space yardstick in the campus at the same time

    在建築設計方面，針對高校教學綜合體與校園環境的協調，多功能組合中功能空間的合理布局，多學科交流中人性化交往空間的創造，大體量建築體現校園文化的造型設計這四個方面提出了一些建議和解決方案。在建築技術方面，本文針對高校教學綜合體多功能組合所帶來的建築技術的復雜性，通過分析研究，提出高校教學綜合體的結構、管網、交通、氣候的適應性策略。高校教學綜合體以龐大的建築體量成為校園里的核心建築，但同時也容易失去校園親切、宜人的空間尺度。
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