熱舒適 的英文怎麼說
中文拼音 [rèshūshì]
熱舒適
英文
heat comfort-
Human thermal comfort calculation of air - conditioned cockpit
空調座艙熱舒適性計算Thermal comfort exists if the human body in thermal equilibrium with its environment, implying a constant temperature of the body.
若人體與環境達成熱平衡，以保持體溫恆定，就謂之具有熱舒適性。Since twentieth century scholars all of the world have studied on the indoor thermal environment, this paper first summarizes in detail on thermal environment and thermal comfort, air - conditioning mode and energy conservation, thermal environment judge, simulation and emulation, environment physiology, preventive medicine, hygienics and epidemiology, garment etc of native and foreign countries ’ research status in quo. it introduces the mature achievement of human and environment heat transfer model, thermal environment evaluating indicators and comfort influence factors, standards of thermal comfort of the indoor environment, and some of which are researched in defence such as the thermal environment of aviation module or warship cabin of the psychologic and physiological influence on soldiers. so this paper still discusses human psychologic and physiological mechanics in thermal environment
自20世紀以來，各國的學者紛紛對室內熱環境進行了研究，本文首先較為詳細地綜述了國內外熱環境與熱舒適，空調方式和節能，評判、模擬與模擬，環境生理學、預防醫學、衛生學、流行病學，服裝學等方面的研究現狀，介紹了人體與環境傳熱模型、熱環境評價指標、影響熱舒適的因素、室內環境熱舒適的標準等方面比較成熟的研究成果，研究中不乏有用於國防研究的特定熱環境（如航空艙、軍艦艙）對士兵生理和心理方面的影響，因此本文還闡述了有關在熱環境下人體生理和心理反應的機理。Effect of assorted breast interlining on suit thermal comfort
組合胸襯對西服熱舒適性的影響The reasons that affect human thermal comfort in air condition room include the integral human thermal comfort and local discomfort. evaluating thermal comfort should synthesize the two facets
影響冬季空調房間人體熱舒適感的原因包括人體整體熱舒適和局部不適的影響，熱舒適的評價應綜合這兩方面進行。In view of our country ' s climate differences and research object is passive building, suggests that using the linear regression of neutral temperature to set up the bio - climatic building design chart ( bbdc ) for passive buildings
考慮到我國氣候的多樣性以及本文的研究目的，在建立氣候分析圖時，提出了利用描述自然房間室內中性溫度的線性回歸關系式，作為確定熱舒適區的依據。The integrated dci could completely indicate the outdoor climate characteristics and can be used to choice the different passive design strategies. taking advantage of the author proposed bbdc and the updated weather data for 18 cities that have both typical climate characteristics and economic geography meanings, analyzes roundly each city ' s climate and proposes appropriate passive design strategies. suggests rules of passive design guidelines, which include solar heating, natural ventilation, nocturnal ventilation and evaporative cooling system and shade
西安建築科技大學博士學位論文利用作者建立的氣候分析圖和氣象數據統計結果，選擇我國自然劃明裡區域內有人黃昏氣候特徵和重要經濟地理位置的城市（共18個） ，在分析各城市氣候特點的基礎上，提出了以創造室內熱舒適為目的建築氣候設計指導原則和適宜的被動式設計技術措施，主要包括太陽g里同援、夏季自然通風和建築蓄熱降溫、蒸發冷卻和遮陽。Studies indoor thermal environment created by three common radiators and thermal comfort of people in iso standard test facility and obtains the relationship between black globe temperature and air temperature
在iso標準散熱器熱工性能實驗臺上，對我國目前常用的三種典型散熱器供暖條件下，室內熱環境及人體熱舒適進行了實驗研究，得出了實感溫度與空氣溫度之間的關系。Energy consumption of heating rooms will increase when air exchange rate become large. because the mechanisms of heating methods used currently, such as radiator heating, ceiling heating and warm - air heating, are different from each - other, the indoor thermal environment is not the same when each one of them employed for room heating. for enhancing energy efficiency of heating rooms, indoor thermal comfort and energy saving effects should be investigated when natural ventilation is used to make a good air quality indoors
房間換氣次數的增加勢必導致供暖房間能耗加大，頂棚輻射、散熱器和熱風等三種採暖方式由於供暖機理不同，形成的室內熱環境特徵不同，通風換氣時產生的通風熱損失也有所區別，為了提高大換氣量房間的供暖節能效果，必須對不同供暖方式在大換氣量情況下的熱舒適性與節能效應進行研究。Recent years many researchers find that the comfortable area that under the natural ventilated environment is large than is mentioned in the standard. it is very important to find the best thermal environment which can saving more energy, and more comfortable
能否找到一個最佳的環境參數組合，使其既能滿足人體熱舒適性要求又有利於降低供暖能耗，這對于改善該地區人居熱環境、節約能源、保護環境、推動人類和生態的可持續發展具有十分重要的意義。In a conventional hvac control system, only air temperature and air humidity are controlled. as a result, the air - conditioned room is always not thermal comfortable enough, and the energy - conservation potentials is ignored either
傳統的空調控制系統以室內空氣的溫濕度為控制對象，結果是空調系統不僅不能提供滿足人體熱舒適需求的熱環境，並且常常忽略了系統的節能潛力。The design strategies of energy saving of dwelling are put forward on the planning of dwelling district, shape coefficient of building, room and envelop. this thesis puts forward the design of " stagger shading eastwards or westwards ", the design of " double skins " in dwelling and " the energy calculation method with thermal comfort of room ", and introduces the tests of " heat from south to north ", " shading for west wall " and " stagger shading eastwards or westwards "
第二方面是提出「錯列式東西向遮陽板」和在住宅中應用「雙層皮」的設想，及「考慮熱舒適要求的房間能耗計算方法」的基本思路，並探討了「南熱北送」 、 「西墻遮熱板」和「錯列式東西向遮陽板」等節能設計手法的實驗測試結果。There are many advantages to heat by air condition system, but there are also many problems. the air distribution of air condition room is often designed according to the summer outdoor parameters. thus, in winter, the hot air will arise with the influence of buoyancy, which result in the decline of vertical temperature gradient and produce a successive of problems
空調送風供暖有著很多的優點，但也出現了很多問題，由於空調房間的氣流組織一般是以夏季工況為設計工況，在冬季由於送風熱氣流在浮升力作用下上升，引起垂直溫度梯度的增加，並產生一系列的問題，致使空調房間冬季室內熱舒適性較差、能源利用效率較低。Study of thermal comfort in air - conditioned hard sleeper cars
空調硬臥車內人體熱舒適性研究As we all know, occupants " thermal sense is mainly dependent on the six factors : inside air temperature, humidity, air velocity, mean radiant temperature, clothing and metabolism rate. the traditional hvac control system, neglecting other factors concerned with human comfort, only considering the inside air temperature and air humidity and indirectly impacting on occupants by the two parameters control, cannot satisfy the comfort requirement of occupants and is energy wasting as well
傳統的空調控制系統以室內空氣的溫濕度作為控制對象，而實際上影響人體熱舒適的因素不僅包括溫度與濕度，還有風速、平均輻射溫度、人體的衣著熱阻和人體的新陳代謝率，人體對環境的冷熱感受是這些因素綜合作用的結果，因此在很多時候系統並不能滿足人體對熱舒適的需要而且節能性較差。Thermal comfort study based on air distribution in air - conditioned train passenger compartment
基於空調車廂內氣流分佈的人體熱舒適研究Fuzzy comprehensive evaluation on thermal comfort based on air flow in the air - conditioning compartment of vehicles
基於裝甲車空調艙內氣流分佈的熱舒適模糊綜合評判Carried out experimental research on conditions of different point heat source ( single, double and many heat sources ), and analyzed the influence of such factors as temperature of air - in, amount and distribution of inlets and outlets, heat emission quantity of heat sources and so on, on distribution of indoor air temperature 、 shape of plume flow 、 heat lamination height 、 ventilation efficiency 、 thermal comfort and so on
考慮不同點熱源（單、雙及多點熱源）條件下地板送風的系統特性，通過實驗研究，分析了不同送風溫度，送排風口數量及位置，熱源發熱量的大小等因素對室內溫度分佈、羽流流態、熱力分層高度、通風效率、熱舒適性等的影響。Thermal comfort study of an under - floor air - conditioning system
地板送風空調系統的熱舒適性研究Radiant heating achieveing thermal comfort in artifical environments
輻射採暖實現人工環境的熱舒適性分享友人