indoor humidity 中文意思是什麼

indoor humidity 解釋
室內濕度
  • indoor : adj. (opp. outdoor)1. 屋內的,室內的。2. 待在家裡的。3. 〈英國〉救濟院內的。
  • humidity : n. 濕氣;【物理學】濕度。 absolute humidity【物理學】絕對濕度。 relative humidity【物理學】相對濕度。
  1. Abstract : based on comprehension research into hvac technology for in indoor air quality control, this paper discusses desiccant - wheel based cooling unit, its application in indoor air relative humidity control and the great importance of the unit on the field of energy saving and human comfortability

    文摘:在綜合闡述室內空氣質量控制的暖通空調技術措施的基礎上,著重討論轉輪除濕製冷機組在室內相對濕度調節、室內空氣質量控制、余熱利用、節能等方面的重要意義
  2. Firstly, system cooling load, ventilation flux and thermal and humid processing were calculated and its feasibility was showed from the temperature, humidity of indoor air and fresh air flux

    首先進行了系統的負荷、通風量及熱濕處理計算,從室內空氣溫度、濕度和新風量三個方面說明其可行性。
  3. Through having done field surveys in the campus of chongqing university, this paper tested classroom indoor and outdoor climate parameters in june, july and september of 2005, it used questionnaire to acquire subjects ’ thermal sense, draft sense and humidity sense in classroom each month, and programmed composition to compute predicted mean vote and compared pmv with the field testing results of mean thermal sensation vote. it is discovered that pmv is overvalued the college student ’ thermal sensation in chongqing. it finds that people in chongqing adapt to the typical summer hot and winter cold sweltering weather

    對重慶地區高校教室的現場調查,測試了重慶大學2005年六月、七月和九月教室室內外熱環境參數,通過採用問卷主要掌握了受測對象教室里的冷熱感、氣流感和潮濕感,通過編製程序求得預測平均熱感覺評價pmv的值,比較pmv和問卷調查得到的平均熱感覺mtsv ,發現pmv預測值高估了重慶地區高校學生的熱感覺,這里的人群對重慶這種夏熱冬冷地區比較典型的悶熱氣候具有一定的熱適應性,對現場問卷調查的結果進行分析,得出了室內空氣溫度、氣流速度、相對濕度與人體主觀感覺之間的回歸曲線,發現重慶地區高校學生熱中性時的空氣溫度為25 . 5 , fanger根據歐美人群調查得到的公式計算出的預測熱感覺為中性時的空氣溫度為25 . 0 ,兩者相差0 . 5 。
  4. Building energy conservation design in this area emphasizes on reducing energy consumption of heating on the long term. however, its summer is hot and humidity high. with global warming and heat island effect, indoor thermal environment of the ground floor room of residential building has became to affect human comfort and health

    寒冷地區夏季也很炎熱,夏季與秋季的濕度也很高,隨著全球變暖趨勢的繼續和城市熱島現象的加劇,寒冷地區居住建築的底層室內熱環境存在影響人體舒適與健康的問題目益突出。
  5. Lewis relationship has been suggested to evaluate the surface mass transfer coefficient using the average surface convective transfer coefficient. in addition, a practical analytic technique for testing the surface mass transfer coefficient is proposed and the values of he surface mass transfer coefficient have been given for the particular desorption and absorption test and validated against lewis relationship results. indoor temperature and humidity evaluation equations of adobe buildings considering the moisture absorption and desorption by interior materials have been proposed based on the analysis of the indoor dynamic thermal and moisture process

    通過理論解析和實驗測試定量地研究了生土建築圍護結構表面吸放濕效應,首次提出了以空氣濕度( kg / kg )為驅動勢差的圍護結構表面吸放濕量計算公式,該公式較適用於工程計算,從而為使建築濕環境研究成果逐步應用到建築工程實踐中奠定了理論基礎和提供了簡便演算法;通過對國內外關于表面質交換系數確定方法的研究成果的分析,提出用lewis關系計算生土建築圍護結構表面質交換系數;在實驗室環境下,對生土建築圍護結構表面質交換系數進行了測試方法研究,測試結果和利用lewis關系得到的數值較接近。
  6. Two typical examples analyses are conducted for the average conditions both of winter and summer climates under vapor diffusion and air leakage. a further discussion is set forth to determine the main factors that the moisture accumulation in wall is affected. it is found that the factors are the relative humidity at the wall surface, indoor temperature, permeability, air pressure difference and rate of the infiltrative or exfiltrative airflow

    本文首先研究了墻體內的濕氣遷移過程,詳細分析了濕積累現象形成的原因,通過對夏、冬兩季平均氣候下墻內溫度、水蒸氣壓力、相對濕度及濕積累在僅有擴散、擴散與空氣滲透同時存在等情況所作的具體計算,發現墻內、外表面的相對濕度、室內溫度、滲透率、空氣壓差以及空氣的滲流速度是影響墻內濕積累的主要因素。
  7. Allowed indoor fluctuation of temperature and relative humidity

    空氣調節房間在需要保持規定參數的時間內
  8. It is indicated that hrv has many advantages certified by theoretic analyze and engineering practices, such as fully ventilating, abundant fresh air supplying, energy saving, etc. comparing with independent fresh air supplying, hrv is supposed to cause potential problems, - in summer load of fan - coil units will be increased, and the wet operating mode will be aggravated, the indoor relative humidity will be increased

    新風換氣機供應新風是住宅空調系統較為理想的新風供應方式,本文通過理論計算及工程實踐表明採用,新風換氣機具有換氣充分、新風量保證、節能等優點。但與新風機組獨立供應新風相比,新風換氣機供應空調系統新風時,會造成夏季風機盤管負荷增加,濕工況加重,室內相對濕度有增加趨勢。
  9. The weather in east china, hot and humid, is quite different from that in scandinavia region. since the indoor environment is closely related to the outdoor natural condition, many conclusions on displacement ventilation drawn in other countries may not be suitable for applications in china. therefore, it is necessary to study further effect of the existence of water vapor on displacement ventilation and to analyze humidity control problems

    已有的關于置換通風的研究大都是植根于歐美自然氣候條件下進行的,而我國華東大部分處于亞熱帶地區,夏季炎熱潮濕,這和北歐地區乾燥的氣候有很大的差異,有必要進一步研究空氣中水蒸氣含量對置換通風系統的影響以及與系統的濕度控制相關的問題。
  10. Test method of adsorption desorption efficiency for building materials to regulate an indoor humidity - part 2 : sealed box method

    調節室內濕度的建築材料的吸濕或脫濕的試驗方法.第2部分:密封箱法
  11. Test method of adsorption desorption efficiency for building materials to regulate an indoor humidity - part 1 : response method of humidity

    調節室內濕度的建築材料的吸濕或脫濕的試驗方法.第1部分:濕度的反應方法
  12. Abstract : this article lists some notices of the measurement points and their importance in cleanrooms, content focus on : indoor temperature measurement, humidity survey, exhaust air flow measurement, production line velocity measurement, inside and outside pure room differential pressure survey and the related test equipment for those measurement mentioned above

    本文主要介紹了潔凈室里需要注意的幾個測量點和它重要性,內容包括:室內的溫度測量、濕度測量、送風量和排風量的測量、成品生產線上的微風速測量、潔凈室內外壓差測量等,以及與之配套的測試儀器選擇方法。
  13. By using various energy recovery systems, waste energy can be partially recovered for humidity control to improve indoor air quality

    例如採用不同的能源回收系統,部分廢棄的能量可回收用作濕度控制,改善室內空氣質素。
  14. The study of the indoor moisture distribution was done in this paper through a numerical simulation of a representative office. the result showed that the stratification phenomenon also exists for the moisture. similar to heat pollutant, we consider only the humidity desire in working zone

    本文模擬了一間置換通風辦公室的濕度分佈情況,結果表明:置換通風房間內的濕度也同樣存在層狀梯度分佈,這一特性使之非常適合於熱濕同源的場合,系統在濕度控制時只要保證工作區的濕度能滿足要求即可,使空調系統在節能上有了新的空間。
  15. An experiment was conducted to measure and analyze five important parameters of indoor air quality ( laq ) in public such as the surroundings of food and drink in hotels, including indoor temperature, indoor relative humidity, indoor concentrations of co2, hcho and total volatile organic compound ( tvoc )

    摘要主要針對公共場所(酒店餐飲空間)的室內溫度、相對濕度、 co2體積分數、甲醛( hcho )和總揮發性有機物( tvoc )質量濃度等5個室內空氣質量的重要參數進行了檢測和分析。
  16. Abstract : compares economically the office building, electronical plant and department store which are air conditioned by a large temperature difference air supply system. the results show that increasing supply air temperature difference in different conditions can reduce initial investments and operation costs of the air conditioning system and reduced relative humidity can improve human body comfort and indoor air quality

    文摘:對採用空調大溫差的辦公樓、工廠及商場分別進行經濟比較,結果表明在各種條件下,增大送風溫差,空調系統的一次投資和運行費用都可以減少,同時室內相對濕度的降低可以明顯提高人體舒適感,改善室內空氣品質。
  17. Now, the proportion of energy consumption of air conditioning system that meets the requirements of indoor temperature and humidity is about fifty percent in the building yearly energy consumption. how to harmonize the contradiction between meeting indoor cosy environment energy consumption and protection has turned into a hot question

    目前建築物的年能耗量中,為滿足室內溫濕度要求的空調系統能耗所佔的比例約為50 ,在強調可持續發展的今天,如何協調滿足室內環境的舒適性與能源消耗和環境保護之間的矛盾,成為人們關注的熱點。
  18. The smoking patients to quit resolutely to reduce smog throat of the department of direct stimulation, in addition to the premises clean, reduce dust and maintain indoor humidity to a certain extent, we must pay attention to keep warm, especially in winter, cold air is often induced by stimulating factors

    吸煙的患者要堅決戒煙,以減少煙霧對咽喉部的直接刺激作用,另外,注意居室清潔、減少灰塵、保持居室有一定的濕度,還要注意保暖,尤其是冬季,冷空氣的刺激常是誘發的因素。
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