charge carrier
英 [tʃɑːdʒ ˈkæriə(r)]
美 [tʃɑːrdʒ ˈkæriər]
载流子；电荷载体
双语例句
- Theoretical Study of Typical Organic Charge Carrier Transporting Materials
典型有机载流子传输材料的理论研究 - An Easy Method for Judging the Type of Electric Conduction and the Concentration of Charge Carrier in Semiconductor Epitaxial Material
半导体外延材料导电类型及载流子浓度的简易判定法 - The Studies of Charge Carrier Transport Properties of Organic Small Molecular Semiconductors
有机小分子半导体材料的电荷输运特性研究 - The calculation guide of the drum ( reeling) cable's current rating Measurement Methods for Charge Carrier Mobility in Organic Semiconductors
GB/T12826-1991移动设备用卷绕电缆载流量计算导则有机半导体中载流子迁移率的测量方法 - Measurement Methods for Charge Carrier Mobility in Organic Semiconductors
有机半导体中载流子迁移率的测量方法 - The model, which describes the charge carrier's density and the electric field evolution near the interface features a theoretical analysis consistent with the existing and experimental results.
基于以上模型，给出了界面附近的载流子和电场的动态演化过程，理论分析与已有的实验结果非常吻合。 - They believe that the charge carrier is protonic.
他们相信电荷载体是质子。 - Influencing Factors of Image Uniformity Affected by Output Probability Distribution of Charge Carrier Multiplier
电荷载流子倍增输出概率分布对图像均匀性影响因素研究 - Restrain the recombination of charge carrier.
抑制载流子复合。 - Transport of exciton and charge carrier ⅱ. in solid solar cell of organic P n heterojunction
激子和载流子输运的研究&Ⅱ.有机p-n异质结固态太阳电池 - These inferences can be firmly supported by thermally stimulated current and charge carrier transport measurements.
这些推论可由热激及载流子输运测量证实。 - The information technology in nowadays utilizes charge carrier character of electrons to make electron devices doing information processing and spin character of electrons to do information storage.
现有的信息技术分别利用半导体的电子电荷特性制造微电子器件，进行信息处理和运算；利用铁磁材料的电子自旋来进行信息存储。 - Transport of exciton and charge carrier I in Schottky-type organic solid solar cell
激子和载流子输运研究I.有机肖特基型固态太阳电池 - With equation of the conservation of momentum of the charge carrier system, we obtain velocity of its transverse drift in electric and magnetic fields, and its approximate expressions which correspond to weak and strong magnetic fields.
本文从动量平衡方程出发，导出了载流子在相互垂直的电磁场中的横向漂移速度，并给出了强磁场和弱磁场条件下，漂移速度的近似公式，以及载流子的运动轨迹图。 - One corresponds to the charge carrier electrons and is called the Pauli spin.
一种来自碳材料中的载流子电子，称为Pauli自旋。 - The recent development of organic electron transport materials are reviewed as well. Several technologies for charge carrier mobility measurement are summarized and compared, and a series of basic principles for designing high-performance organic electron transport materials are suggested as well.
本章还重点综述了有机电子传输材料研究的最新进展，总结和比较了有机材料载流子迁移率的测试方法，并提出了设计高性能有机电子传输材料的若干原则。 - The Study on Charge Carrier's Transmission Character and Trap Structure of Photorefractive Polymer
聚合物光折变材料中载流子输运性质与陷阱结构研究 - A method for estimating the trapping parameters of charge carrier, such as activation energy E, frequency factor s and order of kinetics b is first introduced in this paper.
首先介绍了一种从单一热激电流曲线估计载流子的陷阱参数，如活化能E、频率因子s和动力学级数b的方法。 - The high values of dielectric permittivity at high temperatures are due to charge carrier movement.
尼龙1010在高温低频时呈现很大的介电系数，是由于载流子的运动所致。 - Discotic liquid crystals possess high charge carrier mobility and show huge potential application as organic electronic materials.
盘状液晶有较高的载流子迁移速率，作为有机半导体材料有广泛的应用前景。 - But if the diffusion rate of varies charge carrier in electrolyte is different, so the voltage drop which passed electrolyte would change in square.
但是如果电解质中各类电荷载流子的扩散率是不相同的，那么，通过电解质的电压降将是二次方地变化。 - It is shown that the band gap of Mg doped CdSe can be modulated to cover almost the whole visible light region. For the Ag and In doped CdSe systems, the type of conduction can be changed, and the concentration of charge carrier can be raised.
我们的研究表明，Mg元素掺杂CdSe可以调节系统的光学带隙，使其光响应范围基本覆盖整个可见光区；Ag和In掺杂CdSe可以改变其导电类型，提高载流子浓度。 - Since the existence of this structure, a pseudo p-n junction structure consisting of the inversion layer and the Si substrate form within the Si substrate so as to the generation of photogenic charge carrier under the irradiation of laser.
这是由于沉积Fe3O4薄膜后，Si基片内部形成了由反型层和Si基片组成的类似p-n结结构，在激光照射下产生光生载流子。 - Microelectronics, which is a branch of electronics, mainly studies and utilizes the transport properties of electron as a charge carrier in solid materials in order to realize the signal processing.
微电子学（Microelectronics）是电子学的一门分支学科，主要是研究电子或离子在固体材料中的运动规律及其应用，并利用它实现信号处理功能的学科。 - The excess charge carrier in the nonlinear resistance is proposed to be a kind of Brownian particles moving in the environment with space distribution friction coefficient.
提出了非线性电阻中载流子是一类在空间分布型摩擦系数环境中运动的布朗粒子。 - The result of this study show that rare earth element ions doping TiO2 can restrain TiO2 transform from anatase to rutile; increase the light absorption; restrain the recombination of charge carrier.
实验结果表明，稀土元素掺杂影响TiO2活性，可以抑制TiO2由锐钛矿到金红石的转变；提高光吸收率和抑制载流子复合。 - The charge collection efficiencies and charge carrier lives of the detectors developed in the thesis are obtained.
实验研究获得了所研制探测器的电荷收集效率和载流子寿命，验证了理论计算结果。 - With a view to further improving the application value and application areas, it is necessary to adjust the band gap, to change the type of conduction, and to raise the concentration of charge carrier of CdSe.
为进一步提高CdSe的应用价值、扩展其应用范围，有必要对CdSe的光学带隙进行调节、改变其导电类型、提高载流子浓度。 - Solving the Fokker-Planck equation of the excess charge carrier the relationship between the Peltier coefficient and the volt-ampere characteristics of the nonlinear resistance has been derived.
解载流子的福克普朗克方程得到了帕尔帖系数和非线性电阻的伏安特性曲线的关系。 - When using Au, Ag, Cu and Al as source/ drain electrodes, all the new materials exhibit ambipolar transport properties and some of them show very high charge carrier mobility.
这些分子在以Au、Ag、Cu和Al为源/漏电极材料的OFET器件中呈现出了双极性的传输特性，部分分子显示了很高的迁移率。