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heat intensity meaning in Chinese

吸热强度

Examples

  1. The results show that superior heat intensity properties of alumina - based ceramic core resulted from crystal group of mullite at high temperature
    结果表明,氧化铝基陶瓷型芯具有优良的热强性能归因于高温下莫来石柱状晶群的存在。
  2. So when the underfloor air supply system is been used in engineering , different supply air speed will be adopted on the basis of different heat intensity of upside and low side of room . so to economize energy
    所以工程上采用地板送风时,应根据房间上下部热源强度的不同,采用不同的送风速度,从而减少对流热转移负荷,在工程上达到最大的节能。
  3. At the same time , i discover that the number of the return air inlet has a little influecing and it can be neglected . when there is hot resource at upperside of the room , the hot jet and supply air jet together affecting . at the same lower part heat intensity , a utmost wind speed exist , the supply air speed lower , the more heat intensity on the upside , the less convecting transfer heat , whereas
    对于上部有热源的条件下,则其对流热转移量的变化关系是由热射流与送风冷射流共同作用影响的,在下部热源强度相同的条件下,存在一极限风速,在该风速以下,上部热源强度越大,则对流热转移量越小,反之在该风速以上,上部热源强度越大,则对流热移量越大。
  4. Compared with traditional air - conditioning , its advantages lie in thermal comfort energy efficiency free use of spacing and etc . this paper introduces the procedure and the result of the experiment of gas - heater radiant floor system and gshp radiant floor system and compares them with traditional air - conditioner . based on the analysis of the heat transfer of radiant floor , this paper uses the theory of heat transfer to establish a mathematical model and computes it with difference equation . the important factors inferred from the model such as floor surface temperature heat intensity composite heat transfer coefficient deviate from the experiment result in a small range of 20 % and fit the need of the practical use
    在分析了辐射地板传热机理的基础上,文中利用热传导、大空间的自然对流换热等传热学理论建立了辐射地板的传热模型,再采用有限差分方法对模型求解,所得有关辐射地板供冷热性能的重要参数如地板表面平均温度、热流密度、地板表面复合换热系数等与实测值相差在20以内,满足工程使用要求;同时得出辐射地板盘管供水温度是影响地板供冷热性能的重要因素的结论。

Related Words

  1. superhigh intensity
  2. flavour intensity
  3. draft intensity
  4. flying intensity
  5. wear intensity
  6. reference intensity
  7. oscillation intensity
  8. intensity coefficient
  9. signal intensity
  10. image intensity
  11. heat insulator
  12. heat integration
  13. heat interchange
  14. heat interchanger
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