Study on the Defect and Electronic Properties of YBa_3Fe_3O_ ( 10) Mixed Conductor YBa3Fe3O(10)混合导体的缺陷及电性能研究
And, instead of being an electronic conductor, a liquid metal, it is an ionic conductor. 而不是电子导体,液态金属是离子导体。
The transient state characteristics of the electronic conductor are closely related to the properties of the electronic conductor. 电子导体的极化暂态特性与电子导体的性质有密切关系。
The transference number data show that the polymer films is a mixed ( ionic+ electronic) conductor, and that the charge transport in the polymer electrolyte system is predominantly due to the ions. 离子迁移率的数据表明聚合物电解质为离子和电子共混的导体,但在聚合物电解质体系中电荷的迁移主要是由离子作为载流子导电造成的,由测试结果可得此电解质为离子导体。
Carbon as the electronic conductor for the enhancement of LiFePO_4 conductivity; 碳包覆在LiFePO4颗粒周围,作为导电剂提高了其总体电导率;
The Effect of the Conductible Li~+ Cation on the Electronic Conductivity in Mixed Conductor Li4SiO4-Li3VO4混合导体中导电Li~+离子对电子电导的作用
The electronic conductivity was measured by Hebb-Wagner DC polarization technique, which was five to six orders of magnitude larger than the ionic one, so the intercalation compound was a mixed conductor in which the electronic conduction was predominant. 用Hebb-Wagner直流极化法测量了嵌合物的电子电导。
Low-Temperature Electronic Transport Property of Quasi-One-Dimensional Charge-Density-Wave Conductor Rb_ ( 0.3) MoO_3 准一维电荷密度波导体Rb(0.3)MoO3的低温电输运性质
It shows a unique electronic phase change with the change of temperature. It is a nonmagnetic insulator at low temperature, changes to semiconductor at medium temperature and to conductor with the raise of temperature. 随着温度的变化,它表现出独特的电子相变,在低温条件下为绝缘体,中温时转变为半导体,继续升温又转变为导体。
With the double-barrier-single-well structure as an electronic conductor, the performance parameters of the refrigerator can be optimized by economic criteria and ecological criterion. 在采用双势垒单势阱结构作为电子传导体后,制冷机的性能参量就可以用经济学优化准则和生态学优化准则来优化。
A thermoelectric device can be simplified as the sketch composed of hot/ cold electronic reservoir and electronic conductor, and it can work as a thermoelectric heat engine and refrigerator if the chemical potential of the cold electronic reservoir is higher than the hot electronic reservoir. 热电装置可以抽象出热/冷电子库和处于它们之间的电子传导体,当冷电子库的化学势高于热电子库时就可以构成热电子热机和制冷机。