thermoelectric effect

Gang Chen of the Massachusetts Institute of Technology and Zhifeng Ren of Boston College therefore propose, in a paper in Nature Materials, an alternative. They suggest that a phenomenon called the thermoelectric effect might be used instead-and they have built a prototype to show that the idea is practical.

因此，麻省理工技术学院的陈刚和波士顿学院的任智丰在《自然材料》上发表论文建议用其他方法替代，他们认为，这种称为热电效应的现象可能被使用，而且他们已经建立了一个原型，证明这个想法是可行的。

The thermoelectric effect which is the rationale of semiconductor TEG is carried on detailed showing in the thesis, specially the process.

温差电效应是半导体温差发电的理论基础，本论文对其基本原理进行了较详细的说明，尤其是对与塞贝克效应紧密联系的温差发电过程作了清晰的阐述。

Large-area domain inversion of LiTaO_3 is successfully realized proved by thermoelectric effect and chemistry etching method.

利用热释电和化学腐蚀方法，成功地实现了钽酸锂晶体的大面积畴反转。

Numerical Simulation of Thermoelectric Magnetohydrodynamic Effect During Directional Solidification of Al-4.0% Cu Alloy

Al-4.0%Cu合金定向凝固中热电磁流体动力学效应的数值模拟

To the offset voltage caused by thermoelectric effect, a new low-voltage measurement was introduced, namely three-point delta method.

针对低电压测量中热电势产生的偏移电压，介绍了一种新的低电压测量方法：三点式Delta测量法。

The thermoelectric effect, discovered more than 150 years ago, had been less applied in practical fields during more than 100 years because of its inefficiency.

热电效应的发现已有150年的历史，然而，在其后近100年的过程中由于效率低下，一直没能得到实际性的应用。

And the samples can provide an electric energy output at a constant temperature of 500 ℃, which cannot be explained by the known thermoelectric or pyroelectric effect.

并且样品在500℃的恒定温度下有稳定的电能输出，这种现象用现有的温差电效应和热（释）电效应理论都不能解释。

In this study, gas-sensitivity, humidity-sensitivity and thermoelectric effect of CNT films have been investigated.

本文主要对碳纳米管膜的气敏、湿敏和温差电效应进行了研究。

The thermoelectric effect in a marginal Fermi liquid

边缘费米液体中的温差电效应

The origin of thermoelectric effects and the cause of no thermoelectric effect in type-I superconductors were discussed.

讨论了温差电效应的起源和I类超导体不发生温差电效应的原因。

Thermoelectric effect is a coupling effect between the transport of thermal and electricity, the conversion between thermal energy and electricity may be realized by the thermoelectric devices based on this point.

热电效应是热和电之间传输的耦合效应，基于这种观点，热电能量转换可以通过热电装置来实现。

Laser-Induced Thermoelectric Effect of YBCO Films at Room Temperature

YBCO薄膜室温下由激光引起的热电效应

Laser induced thermoelectric voltage effect in La_ ( 0.67) Pb_ ( 0.33) MnO_3 thin films doped with Ag

Ag掺杂的La（0.67）Pb（0.33）MnO3薄膜中激光感生热电电压效应

Thermoelectric effect is demonstrated by means of measuring galvanometer constant and internal resistance, a method for eliminating the effect is presented.

本文以测量灵敏电流计常量和内阻为例，表明了温差电动势的存在，介绍了消除其影响的方法。

The thermoelectric energy conversion effect and the fundamentals of thermoelectric materials are described in present paper, much attention is devoted to the recent development of sintered thermoelectric materials, thermoelectric materials with higher ZT value and thermoelectric materials with graded structure.

本文简要介绍了热电效应的应用状况和热电材料的基本特性，重点评述了热电烧结材料、高ZT值热电材料以及具有梯度结构的热电材料的研究进展。

The thermoelectric effect, theory with the thermoelectric parameters and research progress are discussed in the dissertation.

本文对热电效应、与热电参数有关的理论以及其研究进展作了较为详细综述。

To the tunneling barrier model, particular analysis and discussion were carried through, and these theories were utilized to expound the temperature dependence of conductance, electric field dependence of conductance and thermoelectric effect of thick film resistance.

对隧道壁垒模型进行深入的分析和讨论。并运用这些理论解释了厚膜电阻的温度特性、电场特性和热电效应。

Study on thermoelectric feedback effect of the transistor, bringing up a method to model the heat distribution of transistors including thermoelectric feedback effect by conversion of the thermoelectric feedback effect into resistivity variation of Si with temperature and introduction of transistor array. 5.

对双极功率晶体管的热电反馈效应进行了研究，提出将热电反馈效应问题简化为材料电阻率随温度变化的问题，并通过晶体管阵列，提出了建立包含热电反馈效应的双极晶体管热分布模型的方法。

Thermoelectric Quantum Effect and Low-dimensional Thermoelectric Materials

温差电量子效应及低维温差电材料

In this paper, the structure and the mechanism of CMR materials are simply presented at first. And then, the late development of the materials on device fabrication, especially on the new laser induced thermoelectric voltage effect, bolometer and sensors, is discussed in detail.

首先介绍了CMR薄膜材料的结构和机理，接着详细讨论了它们在器件应用上，尤其是在激光感生电压热电电压效应（LITV）、Bolometer、传感器等有关方面的应用进展。

Optimum thickness for laser induced thermoelectric voltage effect in high T_c superconductor and CMR thin film

高温超导体和巨磁阻薄膜激光感生热电电压的最佳膜厚研究

It is proved experimentally and theoretically that the emf of thermoelectric effect is depending also upon the temperature gradient in the same conductor.

一般认为温差电动势与温差及导体的材料有关，与温度梯度无关.本文通过实验和理论两个方面证明了温差电动势与温度梯度也有关系。