| 1. | He derived the observed intensity distribution of light emitted by a hot solid .
他导出了观察到的热体发光的强度分布。 |
| 2. | Thermal performance experimentation for honeycomb potter heat storage bed
蜂窝陶瓷蓄热体换热器热性能的实验分析 |
| 3. | Experimental research on tcm craseology : an analysis of the multiple factors in rats with cold and warm body
寒体和热体大鼠多元素多因子分析 |
| 4. | To improve the efficiency of heat transfer , the system adopts direct contact heat exchange
利用低谷电能加热蓄热室的蓄热体，需要时利用蓄热体的热能加热水来产生蒸汽。 |
| 5. | The dynamic thermal performance of honeycomb potter heat storage bed used in high temperature air combustion are experimentally tested
摘要对高温空气燃烧技术中的关键设备蜂窝型陶瓷蓄热体换热器的热动态特性进行了实验测试。 |
| 6. | Any hypothetical force postulated to either push or pull oceanic plates would be quickly dissipated overcoming the friction of sliding over a static fluid mantle beneath
任何假设的能推动或拉动大洋板块的力，会很快因克服在其下静态的热体地幔上滑动的摩擦力而被消散。 |
| 7. | This paper analyzed the heat exchange between ceramic honeycomb regenerator and gas , and established a heat transfer process mathematical model for ceramic honeycomb regenerator
摘要分析了高风温燃烧系统中陶瓷蜂窝蓄热体和气体间的热量交换，建立了陶瓷蜂窝蓄热体传热过程数学模型。 |
| 8. | The design calculation method of the regenerative heat exchanger with the ceramics honeycomb was derived by heat transfer analysing and analoging according to the mathematic analytic transformation of heat transfer in spheric packed bed regenerative heat exchanger
摘要依据填充球蓄热体传热的数学解析方法，经传热分析和类比，导出蜂窝状陶瓷蓄热器的设计计算方法。 |
| 9. | The paper reviewed a lot of literature about thermal mass and ventilation technology . the concept and sort of the thermal mass and the theory of thermal mass are introduced in the paper . the factor and parameter that describe the characteristic of thermal mass is analyzed in detail
本文对蓄热和通风技术的发展分别进行了回顾,在大量阅读国内外文献的基础上,重点分析了影响蓄热体蓄热能力的因素及相关参数。 |
| 10. | Theoretical analysis and experimental results showed that the high emissivity coating speeds up the heat - absorption and heat release process , strengthens heat transfer by radiation and heat conduction in the regenerator , improves heat transfer efficiency and the blast temperature
理论分析和实验结果表明，热风炉蓄热体表面高发射率涂层可以提高蓄热体的蓄热和放热能力，强化炉内辐射传热和蓄热体的导热，从而提高热风温度。 |
