氣象參數 的英文怎麼說

中文拼音 [qìxiàngshēnshǔ]
氣象參數 英文
meteorologic parameter
  • 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...
  • 參 : 參構詞成分。
  • 數 : 數副詞（屢次） frequently; repeatedly
  • 氣象 : 1. （大氣現象） meteorological phenomena2. （氣象學） meteorology3. （情景） atmosphere; scene
  1. As we know, inverse techniques make blade ' s profile well compatible with its surface velocity distribution, however, they give designers big challenges that the ideal velocity distribution is hard to obtained and sometimes the non - physical solution, such as double covering of flow field or unclosed profiles, would come out. the proposed design procedure in the paper has avoided the disadvantage mentioned above. in this paper, a quasi - irrotational equation is used to describe the flow in cascade instead of the generally used irrotational equation

    眾所周知，一般的反問題和混合問題的最大特點，是在給定的壓力面和吸力面上的壓力分佈或速度分佈條件下，直接得到葉片的幾何形狀，它可以使葉型型面與表面氣流參數有機結起來；其不足之處在於，對設計者而言，很難給定理想的葉片表面壓力分佈或速度分佈，並且有時會得到一個非物理解，如：得出的初始葉型可能會出現前緣、尾緣不封閉的現象。
  2. Through the analysis and studying of this subject, we can make conclusion as followed : during the whole heating season, the change law of the energy consumption of the thermal bridge is with the change law of the meteorological condition inside and outside the room : when airs temperatures indoor is steady, thermal bridge energy consumption increases with reducing of air temperature outside the room, reduce oppositely. the different position and the different structure patterns of the thermal bridges, even under the same meteorological condition inside and outside of the room, energy consumption of the building is different, and impact on heating energy consumption is different, this is mainly caused by the difference of the constructs thermal bridge and different influence in term of out wall, which lead to total mean heat - transfer coefficient different, when the heat - transfer coefficient is relatively small of outer wall, the impact of wall body is more obvious on heat - transfer coefficient of the thermal bridge

    然後確立了在節能建築中熱橋耗熱量與室內外氣象參數和熱橋構造型式的關系，分析與研究並得出：在整個採暖季節中，熱橋的能耗隨著室內外氣象條件的變化規律是：在室內空氣溫度一定時，熱橋能耗隨著室外空氣溫度的降低而增大，相反減小；不同部位的熱橋，其構造型式不同，即使在相同的室內外氣象條件下，產生的能耗也是不同的，並且對採暖能耗的影響也不同，這主要是由於不同構造的熱橋對外墻的總平均傳熱系數的影響不同所造成的，並且當外墻主體的傳熱系數較小時，熱橋對墻體的傳熱系數的影響更加明顯。
  3. In allusion to the coning motion of parachute systems in steady decent, the impact of several factors upon the motion forms of the system are discussed, and the influence of the different aerodynamic parameters on the system ’ s coning motion are analyzed significantly. on the base of these, theoretical formulae of the system ’ s steady coning motion are deduced to validate the model ’ s correctness

    針對降落傘系統在穩定下降過程中的錐擺現象，討論各種因素對系統運動形式的影響，著重分析了不同的氣動參數對系統錐擺運動的影響，在此基礎上推導出系統穩定錐擺運動的理論公式，驗證模型的正確性。
  4. So the thesis focuses the traditional dwelling named " shoujinliao1 in quanzhou, choose living examples to determine the climatic parameter, detailed analysis the circumstances and experience of ventilation, sunshade and heat insulation in " shoujinliao " dwelling, aim at the hot - damp climate of quanzhou, then describe a dwelling designed by writer, which fuse experiences above and practice together. at last, it discusses sustainable and development of the climatic design concepts found in shoujinliao dwelling. the paper has two basis investigations : 1

    本課題基於以上出發點選取泉州傳統民居手巾寮為研究對象，針對有代表性的實例進行現場的氣候參數測量分析，結合泉州熱濕的地域氣候特點，詳細討論了手巾寮民居中自然通風、遮陽、隔熱，綠化、水體等結合氣候環境布局建造的經驗，並將經驗模式同目前使用進行適當整合，落實于筆者的一項泉州民宅設計中，最後結合建築實例具體探討了手巾寮適應氣候的創作方法及理念在當代建築設計中的延續與發展。
  5. Standard for parameter of construction atmosphere

    建築氣象參數標準
  6. Climatological site investigation - determination of meteorological parameters

    氣象站探測.氣象參數測定
  7. Design of meteorological parameters of energy - saving greenhouse in chengdu area

    成都地區節能日光溫室氣象參數設計
  8. So, the research of hourly meteorological parameters and cooling load prediction is a must

    因此，必須進行逐時室外氣象參數和冷負荷的預測研究。
  9. Automatic recording of various meteorological parameters has mainly replaced human observers

    以自動儀器記錄的各種氣象參數已大致上取代了人力觀測。
  10. 6. since the error in both the meteorological parameters and cooling load prediction is unavoidable, the online correction of prediction and offline optimization results is needed

    無論是氣象參數預測，還是冷負荷的預測總難免出現偏差，這就需要對短期預測和離線優化結果進行在線修正。
  11. 1. based on the meteorological parameters of test reference year ( try ) in xi ' an, the dynamic simulation program calculates the hourly cooling loads of an office building between april and september

    採用動態負荷模擬軟體計算了西安地區某辦公樓參考年4 9月份的逐時冷負荷，其計算結果成為氣象參數和冷負荷預測研究的基本數據。
  12. The pertinence of actualizing the measures is particular, which requires the status of remaining heating and cooling load, building utility, meteorological data, etc. should synthetically be taken into consideration

    但節能技術措施的實施具有較強的針對性，需要綜合無余熱負荷（冷負荷） 、建築功能、氣象參數等多方面的因素進行綜合考慮。
  13. We established a local area network. the meteorological data collected by pc are transmitted to server on time, the database of server updates timely, and other clients access the new meteorological material which can be released on internet

    建立自動氣象站的局域網，用java編程技術把採集的氣象參數實時向服務器傳送，其它客戶機可對最新的氣象資料進行訪問，並可以在internet上發布。
  14. Displacement ventilation also has higher energy using ration than other supply air systems, ie it has higher temperature effectiveness, and that displacement ventilation system always has part quantity of heat lying upside area of room, air supply outlet lies at low side, supply air direct come into workaround, and only absorb heat and humid of workaround, assure satisfaction of the design conditions of workaround

    對于置換通風其節能性也優于其它的送風方式，即其溫度效率高，而且置換通風總有部分熱量處于房間上部區域，送風口設在低部，送入空氣直接進入工作區，只是吸收了工作區的熱、濕量，保證工作區的氣象參數滿足要求。
  15. The results lay the groundwork for analyzing the essentiality of meteorological parameters in buildings energy calculation. also, this paper chooses the typical month of shenzhen by the criterion. this paper researches residential building thermal environment characteristics of shenzhen in summer, and brings forward several reference indexes of shenzhen ' s residential building thermal environment

    本文分析了各氣象參數在能耗計算上的權重，確立了夏熱冬暖地區建築節能氣象模型代表月的選擇標準? ?綜合溫差，以及該地區全年氣象模型的構成方法，並按此標準選擇了深圳市的代表月。
  16. The hourly meteorological parameters are the basic inputs in the determination of the hourly cooling load of the building

    室外逐時氣象參數是確定建築物逐時冷負荷的基本輸入參數。
  17. According to the regulation of period time of average statistical climate by the world meteorological organization, and taking into account of our country ' s climate characteristics, statistically analyzes the basic weather data for 18 cities in china from 1970 to 2000. weather data include maximum temperature and correspono, minimum relative humidity, minimum temperature and corresponding maximum relative humidity. this would be a preliminary database for responsive climate building design

    依據世界氣象組織（ wmo ）關于氣象參數統計時段的規定，考慮到我國不同城市區域氣候的特點，在建立室外氣象參數分析模型的基礎上，本文首次統計分析了我國18個城市最近30年（ 1970 - 2000 ）的主要氣象參數，包括月平均溫度、月最高溫度、最低溫度、以及對應的最小相對濕度和最大相對濕度，為建築氣候設計奠定了數據基礎。
  18. F - chart is a useful compute program for analysis and design of active and passive solar heating systems. in this article, the program had been improved to estimate the long - term average thermal and economic performance of active solar heating system. the program of f - chart was transformed from dos to windows

    首先，對分析太陽能供熱系統長期性能的f - chart程序進行了分析和改進，並用vb和fortran混合語言編程，實現了分析程序的可視化，採用數據庫技術對大量的氣象參數進行管理，為用戶提供了一個方便的太陽能供熱系統分析軟體。
  19. This paper introduces a system of ground meteorological parameters collected from the automatic weather station based on 1 - wire bus technology. the weather station is developed jointly by dallas semiconductor and texas weather instruments, inc. of usa

    本文介紹了採用美國dallassemiconductor公司和texas氣象儀器公司共同推出的基於單總線（ 1 - wire ）技術的微型自動氣象站組建基於1 - wire地面氣象參數採集系統，該系統運用單總線技術通過一根線傳輸數據與電源。
  20. With the use of bin weather data, the paper analyzed the supply cost of four different projects by use, by means of economy and heat economy. establish the heat economy model of four cooling ( heating ) supply project, compare the net present value of the four, analyse the cooling ( heating ) supply cost and refrigerant to the influence of surroundings, compare the four cooling ( heating ) supply project all in all and recommend the practical project

    利用bin氣象參數分析計算了四種冷熱源方案的能耗；運用經濟學及熱經濟學的方法，建立了四種冷熱源方案的熱經濟學模型，比較了四種冷熱源方案的凈現值，分析了四種冷熱源方案的供冷（熱）成本及影響因素；簡單論述了能耗與製冷劑對環境的影響；並對四種冷熱源方案進行了綜合比較，推薦了實施方案。
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