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当量热阻
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  equivalent heat resistance
     Equivalent heat resistance of embedded pipe heated floor
     埋管低温热水辐射地板当量热阻研究
短句来源
     Provided the formulae of equivalent heat resistance for heated floor that imbed pipe basing on shape factor. Then, a much handy algorithm was developed firstly for heat release from heated floor.
     根据埋管低温热水辐射地板结构特点,利用地板导热形状因子计算地板当量热阻,首次提出了更为简便的当量热阻算法,该算法将影响地板传热的物性参数和各种结构参数归结到当量热阻中,方便于工程分析和计算。
短句来源
  equivalent thermal resistance
     Measurement of equivalent thermal resistance of planted roof in hot-climate wind tunnel
     热气候风洞内测定种植屋面当量热阻
短句来源
  “当量热阻”译为未确定词的双语例句
     It shows the new algorithm is accurate, after being compared the results of new algorithm with that of numerical simulation basied on differential equation of heat conduct.
     比较了新算法计算结果和数值模拟法结果. 证明当量热阻算法计算准确.
短句来源
  相似匹配句对
     Measurement of equivalent thermal resistance of planted roof in hot-climate wind tunnel
     热气候风洞内测定种植屋面当量热阻
短句来源
     Equivalent heat resistance of embedded pipe heated floor
     埋管低温热水辐射地板当量热阻研究
短句来源
     EQUIVALENT DAMAGE CONVERSION
     当量损伤折算
短句来源
     Heat Resistance Analysis for Heat Exchanger
     换热器热阻分析
短句来源
     THE STUDY ON LEAD EQUIVALENT
     铅当量研究
短句来源
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  equivalent thermal resistance
Next, we calculate the equivalent thermal resistance of wires and the surrounding dielectric.
      
Next, we calculate the equivalent thermal resistance of wires and the surrounding dielecbiC.
      


The measurement method of thermowet comfort properties of textiles is discussed in this paper. Six factors (R_t-thermal resistance, r_t-rate of thermal resistance, r_(?)-rate of water vapour resistance, R_w-resistance of water vapour transmission, R_e-equivalent thermal resistance and r_o-rate of equivalent thermal resistance) are proposed as the thermo-wet physical criteria of textiles. A meter, called Clothing Microclimate Testing Meter, is introduced. By using the meter, the six factors, the temperature field...

The measurement method of thermowet comfort properties of textiles is discussed in this paper. Six factors (R_t-thermal resistance, r_t-rate of thermal resistance, r_(?)-rate of water vapour resistance, R_w-resistance of water vapour transmission, R_e-equivalent thermal resistance and r_o-rate of equivalent thermal resistance) are proposed as the thermo-wet physical criteria of textiles. A meter, called Clothing Microclimate Testing Meter, is introduced. By using the meter, the six factors, the temperature field and the moisture field of micrometer condition of clothing can be obtained. Eight kinds of textiles were tested. As a control, a wearing test was made. The results have shown that the factors measured by the meter have high correlation coefficient with the subjective thermal comfort feeling in the clothes wearing test, and that R_e is the most correlative with the senses.

本文研究纺织品的热湿舒适性,从人体与环境的热平衡过程入手,讨论服装在实际穿着中的热湿传递作用;提出用热阻、热阻率、湿阻、湿阻率、当量热阻当量热阻率六个指标作为织物热湿舒适性物理指标;介绍了一种新的测试纺织品热湿舒适性的仪器——织物微气候仪;给出用该仪器测试的8种织物的试验结果;并设计了对比穿着实验;统计分析了热湿舒适性指标与主观热湿舒适感觉的相关关系,得到了比较明确的结果。

The thermal-wet comfort proprties of textiles under the conditions that the environmenttemperature is higher than that of human body (called "reverse temperature field") are examinedin this paper. Four quanties (i. e. epuivalent thermal resistance, thermal resistance, resistance towater vapour transmission and air permeability) were suggested as the physical indexes ofthermal-wet comfort properties of textiles under this condition. Their special meanings under thiscondition were explained also. The Clothing...

The thermal-wet comfort proprties of textiles under the conditions that the environmenttemperature is higher than that of human body (called "reverse temperature field") are examinedin this paper. Four quanties (i. e. epuivalent thermal resistance, thermal resistance, resistance towater vapour transmission and air permeability) were suggested as the physical indexes ofthermal-wet comfort properties of textiles under this condition. Their special meanings under thiscondition were explained also. The Clothing Microclimate Testing Meter was used to determinethe indexes of seven different kinds of textiles. The statistical analysis was applied to analysethe rulationship between these indexes and the results from wearing-clothing test. Some elementaryresults were obtained.

本文研究在环境温度高于人体体表温度(称逆温差)条件下,服装用织物的热湿舒适性能,提出使用当量热阻、热阻、湿阻,以及透气率作为在此条件下织物的热湿舒适性物理指标,指出了在此条件下它们的特殊含义。并且用织物微气候仪对此条件下七种织物的热湿舒适性指标进行了测试,与对比穿着试验的结果进行了分析,得出了一些初步规律。

The thermal- wet comfort proprties of textiles under the conditions that the environment temperature is higher than that of human body(called "reverse temperature field") are examined in this paper. Four quanties (i. e. equivalent thermal resistance, thermal resistance, resistance to water vapour transmission and air permeability) were suggested as the physical indexes of thermal-wet comfort properties of textiles under this condition. Their special meanings under this condition were explained also. The Colthing...

The thermal- wet comfort proprties of textiles under the conditions that the environment temperature is higher than that of human body(called "reverse temperature field") are examined in this paper. Four quanties (i. e. equivalent thermal resistance, thermal resistance, resistance to water vapour transmission and air permeability) were suggested as the physical indexes of thermal-wet comfort properties of textiles under this condition. Their special meanings under this condition were explained also. The Colthing Microclimate Testing Meter was used to determine the indexes of seven different kinds of textiles. The statistical analysis was applied to analyse the relationship between these indexes and the results from wearing-clothing test.Some elementary results were obtained.

研究了在环境温度高于人体体表温度(称逆温差)条件下,服装用织物的热湿舒适性能,提出使用当量热阻、热阻、湿阻及透气率作为在此条件下织物的热湿舒适性物理指标,指出了在此条件下其特殊含义。并且用织物微气候仪测试了此条件下7种织物的热湿舒适性指标,与对比穿着试验的结果进行了分析,得出了一些初步规律。

 
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