Photorefractive polymers with video-rate performance

机译：具有视频速率性能的光折变聚合物

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Abstract: A photorefractive polymer employing a fluorinated cyanotolane chromophore exhibits a stable response-time of approximately 2 ms and may support applications requiring video-rates. The achievable bandwidth is not limited by reorientational dynamics and might be increased further by improvements in photoconductivity.!6

机译：摘要：使用氟化氰基氰基团发色团的光折变聚合物具有约2 ms的稳定响应时间，可支持需要视频速率的应用。可达到的带宽不受方向性动力学的限制，并且可以通过提高光电导率来进一步增加。6

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来源
《Congress of the international commission for optics: Optics for the next millennium;ICO XVIII》|1999年|p.336-337|共2页
会议地点 San Francisco CA(US);San Francisco CA(US)
作者
Nasser Peyghambarian; Optical Sciences Ctr./Univ. of Arizona; Tucson; AZ; USA; Kyle B. Ferrio; Optical Sciences Ctr./Univ. of Arizona; Tucson; AZ; USA; Jon A. Herlocker; Optical Sciences Ctr./Univ. of Arizona; Tucson; AZ; USA; Eric Hendrickx; Optical Scie;
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正文语种 eng
中图分类物理学;
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专利

1. Shift-invariant real-time edge-enhanced VanderLugt correlator using video-rate compatible photorefractive polymer [J] . A. Heifetz, G. S. Pati, J. T. Shen, Applied Optics . 2006,第24期

机译：使用视频速率兼容的光折变聚合物进行位移不变的实时边缘增强VanderLugt相关器
2. Photorefractive polymer device with video-rate response time operating at low voltages [J] . M. Eralp, J. Thomas, G. Li, Optics Letters . 2006,第10期

机译：具有在低电压下运行的视频速率响应时间的光折变聚合物器件
3. Shift-invariant real-time edge-enhanced VanderLugt correlator using video-rate compatible photorefractive polymer [J] . A. Heifetz, G. S. Pati, J. T. Shen, Applied optics . 2006,第24期

机译：使用视频速率兼容的光折变聚合物进行位移不变的实时边缘增强VanderLugt相关器
4. Photorefractive polymers with video-rate performance [C] . Nasser Peyghambarian, Kyle B. Ferrio, Jon A. Herlocker, Congress of the international commission for optics: Optics for the next millennium . 1999

机译：具有视频速率性能的光折聚聚合物
5. Photorefractive polymer composites with improved operational stability and performance. [D] . Fuentes Hernandez, Canek. 2004

机译：具有改进的操作稳定性和性能的光折变聚合物复合材料。
6. Optimal composition of the poly(triarylamine)-based polymer composite to maximize photorefractive performance [O] . Kento Masumura, Ikumi Nakanishi, Khanh Van Thi Khuat, -1

机译：聚三芳基胺基聚合物复合材料的最佳组成可最大程度地提高光折射性能
7. Highly photorefractive hybrid liquid crystal device for a video-rate holographic display [O] . Xiao Li, Yan Li, Ying Xiang, 2016

机译：用于视频速率全息显示器的高度光焦混合液晶装置
8. New Photorefractive Polymers Exhibiting Enhanced Performances [R] . Yu, L. 1998

机译：新型光折变聚合物具有更强的性能

Photorefractive polymers with video-rate performance

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