ICTD：电荷转移装置

“电荷转移装置”（Charge Transfer Device）在技术和军事领域中应用广泛，通常被缩写为ICTD，以便书写和使用更为便捷。该术语常用于描述涉及电子或信号传输的专业设备，有助于提升系统操作效率和通信的标准化。

Charge Transfer Device(ICTD) Detectors and Their Applications in Analytical Chemistry
电荷转移器件检测器及其在分析化学中的应用
This paper attempts to give a conception about the automatic detection of thin line diameters by using the KrF laser as a light source and the charge couple image transfer device as a light screen. The principle is the diffraction of Fraunhofer.
文中给出了一个以氟化氪固体激光器做光源，以电荷耦合图像传感器为光屏，应用夫朗禾费衍射原理，实现对细丝直径在线检测自动控制。
The model was proposed to illustrate the charge transfer mechanism of the photovoltaic device, which provided the theory basis for the enhancement of the photovoltaic property.
最后本文提出了光伏器件中电荷转移过程的整个机理与模型，为制备高性能的光电转换器件奠定了理论基础。
Experimental Study on Neutron - Induced Charge Transfer Degradation of Linear Charge Coupled Device
中子辐照导致线阵电荷耦合器件电荷转移效率退化实验研究
Photo-induced charge transfer can get enhanced in one dimensional ordered nanocomposites and thus can greatly improve the separation and transportation of charge carriers which are the key factors influencing optoelectronic device performance.
一维纳米有序复合结构增强的光致电荷转移可显著提高载流子的解离和传输效率，因而为优化光电功能器件性能的有效途径之一。

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