讨论制备方法和温度对热电性能的影响。
The effects of preparation methods and temperature on the thermoelectric properties were discussed.
制备多元合金可以优化材料的成分，提高材料的热电性能。
The preparation of multicomponent alloy can optimize material compositions and improve thermoelectric properties.
本发明广泛涉及显示出增强热电性能的纳米复合物热电材料。
The present invention is generally directed to nanocomposite thermoelectric materials that exhibit enhanced thermoelectric properties.
综述了半导体纳米薄膜热电性能表征的方法及相关的技术原理。
The characterization of thermoelectric properties of semiconductor nano-films on methods and relative theories are reviewed.
用X射线衍射分析了样品的相组成，用电常数测试仪和激光热导仪测试了样品的热电性能。
The phases of samples were analyzed by X-ray diffraction and their thermoelectric properties were tested by electric constant instrument and laser thermal conductance instrument.
系统研究了填充原子的种类、填充方式以及置换原子的种类对晶格热导率及热电性能的影响。
The effects of the kinds of filling and replacement atoms and the form of filling on the lattice thermal conductivity and thermo-electric property were discussed in this paper.
致密度可以影响材料的热电性能，适当的热压条件可以使合金的ZT值达到最大，约为0.45。
The density can affect the thermoelectric properties. Proper hot-pressing condition can make ZT values reach the maximum of about 0.45.
考虑到放电等离子烧结的一步成形工艺，将粉末材料的热电性能参数假设为温度和密度的双变量函数。
Considering the single step processing technique of SPS, the thermal-electrical properties parameters of powder material were assumed as bivariate functions of temperature and the relative density.
热电材料的性能与温度有密切联系。
The properties of thermoelectric materials are closely related to temperature.
对一台空气源热电热泵低温热水装置在不同工作条件下的性能进行了实验研究。
The performance of the thermoelectric heat pump low-temperature water heater was investigated under various operating conditions.
本文介绍了热电厂除灰用HDPE／玻璃钢复合管的研制过程、复合管性能和使用情况。
The paper introduces the research, properties and application of HDPE/GRP ash pipes used in fire power plants.
由于材料不稳定，热电元件须由测试系统完成性能筛选。
As for instable material, thermo elements have to significance filtration by test system.
试验结果表明，螺纹管冷凝器对双流体循环地热电站具有较高的传热性能。
Results show that the spiral fluted tube condensers have higher heat transfer performance for binary cycle geothermal power station.
发现半导体热电堆作为电源时，其内阻对它的性能指标有很大的影响，而且内阻随着温度的升高而增大。
While semiconductor thermoelectric module is used as power supply, inner resistance which is changed with temperature has great influence on its performance.
在综述文献及试验的基础上，介绍了以热电厂中空干灰为原料制作PVC绝热材料及EVA泡沫材料的配方和所得产品的性能。
Based on our experiments and stating references, this paper introduced the formulation of making PVC insulation materials and EVA foam by dry cenospheres and the properties of these products.
并就使用中涉及到的一些问题，如预防自由水的生成、热电偶、喷嘴的保护以及汽雾冷却对炉壳材料性能的影响等进行了讨论。
Main questions of formation of liquid water, protection of thermocouples and nozzles, effects on the material performance of BOF's shell during Hi-vap spraying cooling are discussed.
动态响应时间作为薄膜热电偶动态性能指标的关键参数，得到研究人员的广泛关注。
Dynamic response time is crucial parameter for thin-film thermocouples dynamic characteristics, it becomes attended vitally by researchers.
随着能源使用的日益紧张，各类冷热电联供技术尤其是废热驱动型吸收式制冷机组的性能研究越来越受到关注。
With the urgent energy demand, the development of combined cooling, heating and power especially the development of waste heat driven absorption chiller is paid much attention.
实验装置由热电制冷器组件、电源模块、保温箱、测控系统等组成，可以满足热电制冷器的热工、电力参数测量和性能分析。
It is composed of thermoelectric cooler component, power modules, incubator and control system, it can satisfy the test of thermal and electrical parameters and performance analysis of the device.
该文提出一种太阳能半导体冰箱并进行了实验研究与性能分析，它依靠太阳电池驱动，通过热电制冷效应制冷。
Experimental investigation and performance analysis on a solar cell driven, thermoelectric refrigerator was conducted. Research interest focused on testing the system performance under sunshine.
简述了钨铼热电偶及复合管型铠装热电偶的性能及特点。
The properties and the characteristics of the W re thermocouple and the complex tube type armoured thermocouple are described in the paper.
模拟结果包括共面波导（CPW）与终端电阻上的温度分布，以及热电堆的接近对CPW性能的影响。
The temperature distribution on the coplanar waveguide(CPW)and the terminal resistors was simulated, and so did the impact of approach of the thermopile on the CPW.
绘出了相关优化性能曲线并说明了这些参数在总体和优化性能中的作用。计算结果对实际热电制冷系统优化条件的确定具有一定参考价值。
Effects of these parameters on general and optimal performances are investigated. Results are helpful in determining optimal design conditions in real thermoelectric refrigeration systems.
由于加热电阻和电极及气敏层紧密的依次附着在隔热性能优异的衬底上，使得本发明的加热电阻的功耗明显降低。
And the heating resistance, electrodes and gas sensitive layer are tightly contacted on the liner with better thermal insulation ability to reduce the power consumption of the heating resistance.
本文简述了钨铼热电偶及复合管型铠装热电偶的性能及特点。
The properties and the characteristics of the W re thermocouple and the complex tube type armoured thermocouple are described in the paper.
本文简述了钨铼热电偶及复合管型铠装热电偶的性能及特点。
The properties and characteristics of the W-Re thermocouple and the complex tube-type armoured thermocouple were described in the present paper.
运用本发明，可有效地降低公知低温多晶硅薄膜晶体管的热电子效应，使得低温多晶硅薄膜晶体管在工作时的稳定性能够有明显的改善。
The present invention can reduce the hot electron effect in low-temperature polysilicon film transistor effectively and raise the stability of low-temperature polysilicon film transistor obviously.
运用本发明，可有效地降低公知低温多晶硅薄膜晶体管的热电子效应，使得低温多晶硅薄膜晶体管在工作时的稳定性能够有明显的改善。
The present invention can reduce the hot electron effect in low-temperature polysilicon film transistor effectively and raise the stability of low-temperature polysilicon film transistor obviously.
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