winter zone 中文意思是什麼

winter zone 解釋
冬季區
  • winter : n 1 冬，冬天，冬季。2 〈詩〉年，歲；冷季。3 衰落期，蕭條期。adj 冬天的，冬季的；越冬的；冬播的。 ...
  • zone : n 1 【地理】（地）帶。2 區域，范圍，界。3 〈古、詩〉（腰）帶。4 圈，環帶。5 【數學】（球面）帶；...
  1. It has issued residential buildings energy design standard for heating zone hot summer and cool winter zone and hot summer and warm winter zone. for heating zone, the method of effective thermal transmittance based steady heat transfer is used for the energy consume calculation, for hot summer and cool winter zone and hot summer and warm winter zone, the method based dynamic heat transfer must be used for the energy consume calculation

    對居住建築，我國已頒布了包括採暖地區、夏熱冬冷地區、夏熱冬暖地區三個節能設計標準，對北方寒冷地區，用建立在穩態傳熱基礎上的有效傳熱系數法進行能耗計算；對夏熱冬冷地區、夏熱冬暖地區，圍護結構受室外動態溫度和太陽輻射熱的綜合作用，明確應採用動態方法計算圍護結構傳熱。
  2. This paper introduces the long measure and research on the thermal environment of traditional residence in suzhou its result has some implication for house energy efficiency design in hot summer and cold winter zone

    該文對蘇州傳統居住建築的熱環境狀況進行了長期的測量研究，所得的結果時做好夏熱冬冷地區住宅建築的節能設計有一定的啟示。
  3. There is a period of soil contents range from ten to twenty five days over the humid discussed area in summer, and the period is not obvious at the discussed zone of close oasis desert area in summer and winter. ( 2 ) soil temperature exits several periodic variations of different depths ranging from six to twenty four days in heihe region, and nine to thirty days in gaize and shiquanhe region. it also shows that gradient of soil temperature affects on the soil content movement more greatly in summer. ( 3 ) the land surface temperature of yangtze river lower region is retrieved from noaa - ahvrr data

    （ 2 ）根據土壤溫濕資料，採用功率譜分析、 pca分析等方法，分析了兩種典型下墊面土壤溫度的時空分佈特徵及其對土壤水分運動的影響，發現研究區土壤溫度除日和年變化周期外還存在6 30天的不同周期；下墊面的非均勻性及其季節變化及溫度梯度變化對土壤水分運動有很大影響，冬季溫度梯度變化對土壤含水量影響大於夏季溫度梯度對上壤含水量變化的影響，且溫度梯度與水分運動方向相反。
  4. With design standard for energy efficiency of residential buildings in hot summer and cold winter zone carried into execution, energy efficiency in residential buildings becomes more necessitous

    《夏熱冬冷地區居住建築節能設計標準》的頒布實施，居住建築的節能日益緊迫。外窗是建築耗能的主要部位。
  5. The paper concludes that the changing rate of ndvi of rain forest in tropic is the smallest, the changing curve is smooth, while the changing rate of ndvi of the deciduous broad leaf forest in warm - temperate zone is the largest the change of ndvi is the most conspicuous in winter and spring ( especially in april ) while is not conspicuous in summer and autumn by analyzing the change of ndvi along latitude using the ndvi value of different vegetation types along the same longitude. the vegetation index from warm temperate zone to semitropical zone has obvious transition, while other areas have no distinct change by analyzing the change of ndvi from temperate zone to semitropical zone to tropical zone using ndvi averagejn the same time it is concluded that the sink value in the beginning of the year 1995 is from the influence of the monsoon in east of china by analyzing the ndvi curve of several typical needle leaf forests. the relation between ndvi value and temperature is conspicuous while the relation of precipitation is less or not by analyzing the relation between ndvi and temperature and precipitation finally it can get the conclusion that the change of river area is the smallest, the change of sienna area is the greatest by analyzing two phases of tm data in 1987 and 1997 with rs technic

    利用從同一經度的不同森林類型ndvi值分析，沿緯度方向ndvi變化可得出， ndvi在冬春季變化最明顯（尤其是在4月份最大） ，而在夏季和秋季變化不明顯。利用ndvi均值進行分析，從暖溫帶到亞熱帶到熱帶的變化情況發現，從暖溫帶到亞熱帶ndvi指數形成明顯的階躍，而其它區域沒有太大的變化，同時對幾種典型的針葉林曲線分析可知其年初的凹值源自於我國東部季風的影響。利用ndvi數據分析其與月均溫度與降水的相關性得出與溫度相關性較為顯著，而與降水相關性不顯著或無相關性。
  6. The thesis begins with computational analysis to the aerated concrete wall thermal performance. the aerated concrete is proved to have good performance in heat - insulate and heat - conserve as single wall. the index of dew - condensing is within allowing range, thermal performance totally can meet energy - conserving standard requirement in hot summer and cold winter zone

    本文首先對加氣混凝土墻體熱工性能進行計算分析，論證其作為單一墻體，夏季隔熱、冬季保溫性能都很優良，墻體結露指標也在允許范圍之內，熱工性能完全可滿足夏熱冬冷地區節能標準要求。
  7. According to main weather types, this paper determines the criterion for choosing typical month of meteorological model used in buildings energy efficiency, and founds the procedures of annual meteorological model in hot summer and warm winter zone

    本文以深圳市為例，研究夏熱冬暖地區建築師用建築能耗計算方法。深圳市地處東南沿海，屬亞熱帶季風海洋性氣候，是夏熱冬暖地區的典型。
  8. In hot summer and cold winter zone, nearly 20 to 30 percent of total thermal loss in residential buildings is caused by the wall. therefore, energy - efficient design in the wall has become a basic research for architectural sustainable development

    在夏熱冬冷地區，外墻的耗熱量約占居住建築總熱量損耗的20 30 ，因此，居住建築墻體節能設計研究有著重要的現實意義。
  9. And, the energy consumption of windows occupies a majority of the one of the whole building. in this thesis, different types of windows and measures for energy efficiency have been introduced, including window frames, glazing, operation types and shading strategies, and their thermal performance. during this study, we employed doe2in, building heat transfer simulation software, to evaluate the electricity consumption of a residential building differently oriented in hangzhou due to different window types and different shading strategies, based on which we can educe some conclusions about window design for energy efficiency of residential buildings in hot summer and cold winter zone

    此外，本文利用doe2in軟體對杭州地區居住建築外窗的能耗進行模擬計算，分別詳細計算了在東、西、南、北四個朝向下，不同窗墻面積比、不同窗框材料或玻璃的使用下，以及採用不同遮陽措施時的建築全年耗能情況，並對上述影響外窗能耗的因素進行分析比較，從中得出在我國夏熱冬冷地區居住建築外窗節能設計的一些結論，可供建築設計及有關人員參考。
  10. Building external shading calculation method is put forward based energy consumption simulation results in the standards of hot summer and warm winter zone ( jgj75 - 2003 ) and design standard for energy efficiency of public buildings ( gb 50189 - 2005 ), but it aims at simple fixed external shading and misfits complicated shading devices, so the validity and rationality of regulation don ’ t gain validation

    盡管《夏熱冬暖地區居住建築節能設計標準》 （ jgj75 - 2003 ）和《公共建築節能設計標準》 （ gb50189 - 2005 ）提出了建築外遮陽系數的計算方法，但只是根據建築能耗模擬軟體的模擬結果得出的，且只能針對簡單的固定外遮陽，不適合復雜的建築遮陽形式，因此規定的有效性和合理性並沒有得到驗證。
  11. New concept of roof ' s energy - saving in hot summer and cold winter zone

    夏熱冬冷地區屋面構造節能新思路
  12. Energy efficiency of glass curtain wall and window in hot summer and warm winter zone

    夏熱冬暖地區玻璃幕墻和門窗的節能
  13. The vegetation strategies of the urban residential areas in hot - summer and cold - winter zone

    夏熱冬冷地區城市住區綠化策略研究
  14. Design standard for energy efficiency of residential buildings in hot summer and cold winter zone

    夏熱冬冷地區居住建築節能設計標準
  15. Design standard for energy efficiency of residential bulidings in hot summer and warm winter zone

    夏熱冬暖地區居住建築節能設計標準
  16. Overshadow and heat insulation design on west wall in residential buildings in hot in summer and cold in winter zone

    夏熱冬冷地區居住建築山墻遮陽隔熱設計
  17. In general, the aerated concrete wall is a kind of energy - conserving wall that can be used in hot summer and cold winter zone. as a practical technology of energy - conserving wall, it deserves to popularize for its superior thermal performance

    總體而言，加氣混凝土是一種可用於夏熱冬冷地區，保溫隔熱性能優越的節能墻體材料，作為一項實用節能墻體技術，應予大力推廣使用。
  18. The solar heat gain through external windows in summer consumes thirty to forty percent of the total building air - conditioned energy consumption in hot summer and warm winter zone. building shading is a reasonable method of building energy efficiency in shenzhen even in the whole south zone, it is also an emphasis and key technology of buildings energy efficiency in these zones

    夏熱冬暖地區夏季透過窗戶的太陽輻射得熱所消耗的空調能耗占建築總空調能耗的30 % 40 % ，而建築遮陽是深圳地區乃至整個南方地區一種有效的建築節能措施，也是該地區建築節能的重點和關鍵所在。
  19. According to a rule in design standard for energy efficiency of residential buildings in hot summer and cold winter zone. we conduct a heat insulation test for aerial slob ventilation roofs of which index of thermal inertia is under the standard, to reach a more practical benchmark for designers to apply in projects

    摘要依據《夏熱冷地區居住建築節能設計標準》的相關規定，對d值達不到要求的架空平板通風層頂進行隔熱驗算，得出其節能設計的直硯標準，方便廣大設計人資在實際工程中採用。
  20. The progress of the building energy conservation of our country is rapid now, but it started late in hot summer and warm winter zone. taking the thermal performance and energy consumption as the targets, with the methods such as calculation, analysis, data comparison in the simulation software, the dissertation incarnates that the design can be totally controled. some better thermal design methods are mentioned to decrease the loads of the air - condition, which lend themselves to achieving the local residential building energy conservation standard

    當前我國建築節能工作正在迅速發展，本文以夏熱冬暖地區居住建築熱工性能及其能耗為研究對象，通過模擬軟體進行計算、分析、數據比較等方法，充分體現建築設計過程中的可控性，並對減少空調設計負荷提出一定的熱工設計方法，以有助於達到的該地區居住建築節能指標；為夏熱冬暖地區建築節能工作的開展做部分研究準備工作，同時總結dest - h軟體在測試研究應用方面的一些經驗。
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