thermoelectric properties

In order to improve the thermoelectric properties of A-site doping less.

而对A位掺杂以便改进热电性能的研究就更少了。

The doped could also increase the conductivity of material, improve the thermoelectric properties of material.

适当的掺杂也可以提高材料的电导率，改善材料的热电性能。

In addition, both samples had anisotropic thermoelectric properties along the surface.

同时也发现，两种样品的热电特性沿平面方向都显示出各向异性。

Monte Carlo Simulation on Ferroelectric and Thermoelectric Properties of Polycrystalline Materials

多晶材料铁电热电性质的蒙特卡罗模拟

The microstructures and thermoelectric properties of Ca 3 Co 4 Oo-based oxides doped by four dopants have been investigated.

选用四种元素作为掺杂剂,分别研究了所得材料的显微结构和热电性能.

Study on the Solid-state Reaction Synthesis, Preparation and Thermoelectric Properties of Mg-Si Based Compounds

Mg-Si基化合物的固相反应合成、材料制备及其热电性能研究

Thermoelectric properties of Ti doped n type SiC composites

Ti掺杂的n型SiC基复合材料的热电性能

The nono-powder of BN was selected to change the thermoelectric properties of Mg _ 2 Si based thermoelectric materials.

本文选择了纳米BN粉以改变Mg_2Si基热电材料的热电性能.

The distribution of Zn in the samples was observed. The effects of excess Zn and doping atom In on thermoelectric properties of β-Zn_4Sb_3 compound were investigated systematically.

系统地研究了在β-Zn4Sb3化合物中第二相Zn含量和分布状态以及掺杂元素In对β-Zn4Sb3基热电材料热电传输特性的影响规律。

Nanocrystals can significantly reduce the thermal conductivity, thereby enhance the thermoelectric properties.

纳米晶粒可显著降低其热导率，从而提高热电性能。

Study on Synthesis and Thermoelectric Properties of Layered Calcium Cobalt Oxides

层状钙钴氧化物热电材料的制备及其性能研究

Preparation and Thermoelectric Properties of N-type Bismuth Telluride-based Materials

n型Bi2Te3系热电材料成型与性能研究

The crystal structure and thermoelectric properties of ca_3co_4o_9 ceramic

Ca3Co4O9陶瓷的结构与性能

Thermoelectric Properties and Nanostructures of Te Based Materials

Te基热电材料的纳米化及热电性能

Preparation and Thermoelectric Properties of Bismuth Telluride-based Materials Obtained by Mechanical Alloying

机械合金化法制备Bi2Te3基热电材料及热电性能的研究

Progress of Research on Thermoelectric Properties Measurements of Semiconductor Nano-films

半导体纳米薄膜热电性能表征技术的研究进展

Study on Thermoelectric Properties of CoSb_3 Sintered at Different Pressures

不同压力下烧结CoSb3的热电性能研究

Microstructure and thermoelectric properties of sige: gap alloys

SiGe：GaP合金的微观结构和温差电特性

Effect of grain size on thermoelectric properties of CoSb_3 compound

晶粒尺寸对CoSb3化合物热电性能的影响

Preparation and Thermoelectric Properties of Mg_2Si Nano-/ Micro composites

Mg2Si同质纳微米复合材料的制备及其热电性能

The effects of preparation methods and temperature on the thermoelectric properties were discussed.

讨论制备方法和温度对热电性能的影响。

Thermoelectric properties of hydrothermal synthesized Bi-Te-Se alloys

水热合成Bi-Te-Se合金及其热电性能

The Effects of Growth Rate on the Properties of N and P Type Bi Te Thermoelectric Materials

生长速度对N型和P型Bi-Te热电材料性能的影响

Preparation of sic-b_4c composite film and its mechanical and thermoelectric properties

SiC-B4C复合膜的制备及其力学和热电性能

Thermoelectric Properties and Synthesis of Filled Skutterudite Compound by Mechanical Alloy and Hot Press

机械合金化-热压法合成填充式Skutterudite化合物及电性能研究

Thermoelectric properties of strontium-doped barium lead oxide ceramics

锶掺杂铅酸钡陶瓷的热电性能

Substance converting heat into electric energy under certain range of temperature is called thermoelectric material, of which converting efficiency is mainly determined by its own intrinsic properties and evaluated by ZT of dimensionless factor.

在一定的温差下，可将热能转换为电能的材料称为温差电材料。其热电转换效率的大小主要取决于材料的性能，通常用无量纲因子ZT来表示。

The preparation of multicomponent alloy can optimize material compositions and improve thermoelectric properties.

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 method of improve the thermoelectric properties makes the technology become the bottleneck of its being used in our daily life.

然而如何提高其热电性能，使其应用到日常生活中成了热电材料发展的瓶颈。

Rapid Preparation and Thermoelectric Properties of Nd_xCo_4Sb_ ( 12) Compounds

Nd xCo4Sb（12）化合物的快速合成及其热电性能研究