热电系数的英文

• thermoelectric coefficient

• "热电"英文翻译    pyroelectricity; thermoelect ...
• "系数"英文翻译    coefficient; ratio; modulus; ...
• "电系数" 英文翻译 :    acousto□electric□index
• "热电系统" 英文翻译 :    thermoelectric power system
• "充电系数" 英文翻译 :    charging coefficient
• "导电系数" 英文翻译 :    conduction; conductivity; perveance; specific conductance
• "放电系数" 英文翻译 :    discharge coefficient
• "光电系数" 英文翻译 :    photoelectric coefficient
• "介电系数" 英文翻译 :    dielectric coefficient
• "漏电系数" 英文翻译 :    leakage factor; loss coefficient
• "声电系数" 英文翻译 :    acoustical-electric factor; acoustoelectricindex
• "压电系数" 英文翻译 :    piezoelectric coefficient; piezoelectric modulus
• "太阳能热电系统" 英文翻译 :    solar thermal electric system; solar thermoelectric system
• "导电性,导电系数" 英文翻译 :    electric conductivity
• "电子导电系数" 英文翻译 :    perveance
• "分子导电系数" 英文翻译 :    molecular conductivity
• "静电介电系数" 英文翻译 :    static dielectric constant
• "可变介电系数" 英文翻译 :    variable dielectric constant
• "充电系数充填系数" 英文翻译 :    charging coefficient
• "导电系数；导流系数" 英文翻译 :    perveance
• "流量系数；放电系数" 英文翻译 :    discharge coefficient
• "导电率；导电度；导电系数" 英文翻译 :    electric conductivity (= electrical conductivity)
• "电子管导电系数" 英文翻译 :    perveance; space charge factor
• "电子管道电系数" 英文翻译 :    perveance
• "高导电系数电子枪" 英文翻译 :    high perveance gun

• Method for measurement of pyroelectric coefficient of fine ceramics
  细陶瓷热电系数的测量方法
• Ii ) with the increase of the long - range interaction and the interfacial coupling , the pyroelectric coefficient before the phase transition temperature decreases
  另外，随着长程相互作用以及界面耦合强度的增强，相变温度以下的热电系数明显减小。
• It is found that the pyroelectric coefficient and susceptibility increase with the decrease of the magnitude of the long - range interaction and the interfacial coupling when the temperature is lower than the phase transition temperature
  我们发现，在相变温度以下，随着双层薄膜的界面耦合的减弱，铁电双层薄膜的热电系数和介电极化率增加。
• Iv ) for the strong interfacial coupling , there exist three pyroelectric peaks in the temperature curve of pyroelectric coefficient , and with the decrease of the interfacial coupling , the number of the pyroelectric peaks will decrease gradually
  我们还发现，较强的界面耦合导致热电系数的温度曲线上的三个热电峰的出现；而界面耦合强度的减弱及铁电超晶格尺寸的减少将导致某些热电峰的消失。
• By extending the pyroelectric theory of a ferroelectric bilayer , we have presented the effective pyroelectric coefficient of a ferroelectric sandwich structure by use of the electrostatic theory . when the pyroelectric coefficient of the interface has a large deviation from that of the two - sided slabs and the dielectric constant of the interface is low , the effective pyroelectric coefficient of the sandwich structure may be one or two order higher than the largest pyroelectric coefficient of the components
  我们应用静多层结构铁电系统的物理性质研究摘要电场理论，推广了铁电双层膜的热电理论，给出了铁电三明治结构的有效热电系数，发现在界面层的热电系数与上下两层的热电系数差异较大，且界面层的介电常数较小的情况下，三明治这种复合结构材料的有效热电系数比单一组份材料的热电系数可以提高一到两个数量级。
• We also find that the strong long - range interaction , the large transverse field and weak interfacial coupling can lead to the disappearance of some of the peaks of the pyroelectric coefficient and susceptibility of the ferroelectric bilayer . we believe that it is the reason why these phenomena always take place in the experimental studies
  我们还发现，较强的长程相互作用，较大的横场以及相对较弱的界面耦合作用将会导致铁电双层薄膜的热电系数和介电极化率的某些峰消失，这可以用来解释在实验中常常观测不到热释电系数和介电极化率的某些峰值的原因。
• In the framework of the long - range interaction , we study the interfacial effects on the pyroelectric and dielectric susceptibility of a ferroelectric bilayer for the first time . we find that the quantum effect can lead to the disappearance of some of the peaks of the pyroelectric and susceptibility of the bilayer
  我们首次在长程相互作用的框架内，考察了界面对双层膜的热电、介电等物理性质的影响，且量子效应的增强会导致铁电双层薄膜的热电系数和介电极化率的某些峰的消失。
• We obtain that i ) with the increase of the phonon - pseudospin interaction and the thickness of the superlattice , the phase transition temperature of the superlattice will increase . ii ) the increase of the phonon - pseudospin interaction leads to the change of the number of the pyroelectric peaks in the temperature curve of pyroelectric coefficient and to the change of the pyroelectric coefficient
  研究发现，声子与赝自旋的相互作用会影响铁电超晶格热电峰的数目以及热电系数的温度曲线的形态，而且声子与赝自旋耦合作用的增强以及超晶格尺寸的增大都会使整个材料的相变温度增加。

• 热电系数的日语：ねつでんけいすう