Thermal science

Some important issues of micro-nano-scale thermal science and Engineering

微米/纳米尺度热科学与工程学中的若干重要问题及进展

Methods and techniques in thermal science can be used as a new point for the mechanism research of tongue diagnosis .

用热科学的方法与技术对中医舌诊机理进行研究是热物理科学对传统医学理论研究的一个新的切入点。

The technology , carried out in combustion process , may lead to breakthrough in thermal science .

此技术应用于实际，有可能使燃烧科学出现重大突破。

Measurements & Experiments of Thermal Science

热物理测量及实验技术

Microscale Thermal Science and its Applications in MEMS

微尺度热科学及其在MEMS中的应用

This paper introduces the newest results of recent research on microscale thermal science and its applications in MEMS .

主要介绍了微尺度热科学最新研究成果及其在MEMS中的应用。

Cryobiology is an inter-and trans-disciplinary area which combines thermal science , engineering , biology and medicine .

低温生物学是热科学、工程学和生物学与医学之间的边缘交叉学科。

Furthermore , as a topic of common concern , it is a key problem that has to be solved during the tongue inspection in Traditional Chinese Medicine mechanism by adopting theory and method of thermal science .

这是生物传热学领域众所关心的课题之一，同时也是从热科学的角度研究中医舌诊机理必须解决的一个重要问题。

The present status and future developments of thermal plasma science and technology

热等离子体科学技术的现状和发展

Thermal conduction of science cells , transmit the heat evenly to floor surface , reducing energy wastage , let the heating systems worked more well .

科学的散热孔，将热量均匀、高效地传导至地板层，减少能量流失，优化地板使用效果。

Plasma , which is called the fourth state of matter , has been applied widely in thermal nuclear fusion science , space exploration , military research and development , as well as manufacturing production , et al .

等离子体是物质的第四态，在热核聚变工程、空间和天体探索、军事研发以及工业生产等中的应用越来越广泛。

It also introduces the principle of SLD drive and automatic temperature control and advances the reasonable thermal frame from the angle of thermal science .

介绍了SLD光源驱动及自动温度控制的原理。

This paper introduces the application of nano powder in thermal conductive materials , including micro-scale thermal science and nano enhancing thermal conductive mechanism , thermal conductive nano material , nano inorganic / organic composite thermal conductive materials and thermal conductive materials for micro / nano device .

介绍了纳米粉体在导热材料中的应用，包括微尺度热科学及纳米强化传热机制，导热纳米粉体材料，纳米无机/有机复合导热材料，微/纳米器件用导热材料等。

Investigation on microscale thermal properties is a necessary development of thermal science , as well as one of the key factors to improve micro / nano devices ' performance .

研究微尺度热特性既是热科学向纵深发展的必然，也是提高微纳器件性能的关键因素之一。

The enhancement and control of thermal transport is one of the top questions in the field of thermal science and energy engineering .

在热科学与能源工程领域中，热传输过程的强化与控制是备受关注的问题。