Virtual phase CCD imagers for scientific a

机译：虚拟相位CCD成像仪可用于科学

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Abstract: A family of virtual phase (VP) CCD array image sensors for various scientific applications was designed, fabricated and tested. All of them share the common concept of `2.5-phase' photosensitive cell combining known benefits of `1.5-phase' VP CCDs with extended functionality (bi-directional charge transfer and inherent antiblooming) and less demanding fabrication process. Organization and main photoelectric parameters of sensors are presented.!5

机译：摘要：设计，制造和测试了一系列用于各种科学应用的虚拟相位（VP）CCD阵列图像传感器。它们全部共享“ 2.5相”光敏电池的通用概念，将“ 1.5相” VP CCD的已知优点与扩展的功能（双向电荷转移和固有的抗起霜性）以及要求较低的制造工艺相结合。介绍了传感器的组织和主要光电参数。！5

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《Fifth Conference on Charge-Coupled Devices and CCD Systems》|1996年|p.79-85|共1页
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Vladimir G. Kossov; Central Research Institute Electron; St. Petersburg; Russia; Leonid Y. Lazovsky; Central Research Institute Electron; St. Petersburg; Russia; A.F. Iblyaminova; Central Research Institute Electron; St. Petersburg; Russia; Grigory I. Vishnevsky; Central Research Institute Electron; St. Petersburg; Russia; Michail G. Vydrevitch; Central Research Institute Electron; St. Petersburg; Russia.;
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中图分类自动化技术、计算机技术;
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1. Precise Determination of Brillouin Scattering Spectrum Using a Virtually Imaged Phase Array (VIPA) Spectrometer and Charge-Coupled Device (CCD) Camera [J] . Meng Zhaokai, Yakovlev Vladislav V. Applied Spectroscopy: Society for Applied Spectroscopy . 2016,第8期

机译：使用虚拟成像相阵列（VIPA）光谱仪和电荷耦合器件（CCD）相机精确确定布里渊散射光谱
2. Precise Determination of Brillouin Scattering Spectrum Using a Virtually Imaged Phase Array (VIPA) Spectrometer and Charge-Coupled Device (CCD) Camera [J] . Meng Zhaokai, Yakovlev Vladislav V. Applied Spectroscopy: Society for Applied Spectroscopy . 2016,第8期

机译：使用几乎成像相阵列（VIPA）光谱仪和电荷耦合器件（CCD）相机精确确定布里渊散射光谱
3. A channel-stop-defined barrier and drain antiblooming structure for virtual phase CCD image sensors [J] . Keenan W.F., Hosack H.H. IEEE Transactions on Electron Devices . 1989,第9期

机译：用于虚拟相位CCD图像传感器的通道停止定义的势垒和漏极防起霜结构
4. An 8 megapixel/sec 800×800 virtual phase CCD imager scientific applications [C] . McGrath R.D., Freeman J.W., Janesick J. Electron Devices Meeting, 1983 International . -1

机译：8兆像素/秒800×800虚拟相位CCD成像器的科学应用
5. THE CHARACTERIZATION OF A VIRTUAL PHASE CCD IMAGER (DETECTORS) [D] . FERGUSON, TERRY DUANE 1985

机译：虚相CCD成像器（检测器）的特性
6. An Improved Electronic Image Motion Compensation (IMC) Method of Aerial Full-Frame-Type Area Array CCD Camera Based on the CCD Multiphase Structure and Hardware Implementation [O] . Hang Ren, Tao Tao Hu, Yu Long Song, 2018

机译：基于CCD多相结构的航拍全画幅面阵CCD相机电子图像运动补偿（IMC）的改进方法
7. THE CHARACTERIZATION OF A VIRTUAL PHASE CCD IMAGER (DETECTORS) [O] . Ferguson Terry Duane 1985

机译：虚相CCD成像器（检测器）的特性
8. FINAL REPORT SOLID STATE HIGH RESOLUTION MULTI-SPECTRAL IMAGER CCD TEST PHASE [R] . 1973

机译：最终报告固态高分辨率多光谱成像CCD测试阶段

Virtual phase CCD imagers for scientific a

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