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1·More importantly the influence of rough surface to the thermal resistivity is investigated.

进一步研究了样品表面的粗糙程度对热阻率的影响。

2·The properties of the conductance and electrochemistry of the carbon nanotube film electrodes are measured by thermal resistivity and cyclic voltammetry experiments.

通过热电阻和循环伏安法实验，测定了碳纳米管膜电极的导电性和电化学性质。

3·Resistivity exploration can not only explore the depth and the fragmentation of the stratum but also predict the hydrous property of the structure that contains thermal.

用电阻率方法勘查不仅能够探测地层埋深及破碎状况，还能预测热储构造的含水性。

4·Features: high strength, good thermal shock resistance, high temperature resistant, high anti oxidation, low resistivity, resistance to corrosion.

特点：高强度，好热冲击抵抗，高温抗性，高反氧化作用，低抵抗力，对腐蚀的抵抗。

5·This paper studies the thermal conductivity, the electrical resistivity and the magnetic resistance of high purity copper, some experimental data are presented.

本文研究了高纯铜线的热导率、电阻率以及磁阻等特性，给出了必要的实验数据。

6·Graphite which was used as evaporation source in early metal evaporation industry has excellent properties, such as excellent thermal conductivity, low resistivity, good resistance to thermal shock.

石墨材料作为早期蒸镀金属的蒸发源材料，具有许多优良的性质，如良好的耐高温性、热稳定性，良好的导电性，较好的抗热震性能等。

7·As the annealing temperature rises, the resistivity of alloyed wire reduced and thermal potential raised.

随退火温度升高，合金丝电阻率下降，热电势升高。

8·The study shows that the resistivity of alloyed wire raised and thermal potential reduced with the increase of deformation.

研究表明：随变形量的增加，合金丝的电阻率升高，上述热电势降低。

9·The spot welding performance of aluminum alloy is poor because of its high thermal conductivity and low resistivity characteristics.

由于铝合金高导热率和低电阻率的特点，因此其点焊性能较差。

10·Their thermal decomposing temperature and resistivity-temperature relation aie determined.

测量了样品的热分解温度、电阻-温度关系。