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Utilizing polarization-selective mode shaping by chalcogenide thin film to enhance the performance of graphene-based integrated optical devices

机译：利用硫属化物薄膜的偏振选择模式整形，提升基于石墨烯的集成光学装置的性能

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Hamed Nikbakht; Hamid Latifi; Gholam-Mohammad Parsanasab; Majid Taghavi; Maryam Riyahi;
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1. Utilizing polarization-selective mode shaping by chalcogenide thin film to enhance the performance of graphene-based integrated optical devices [J] . Hamed Nikbakht, Hamid Latifi, Gholam-Mohammad Parsanasab, Scientific reports. . 2019,第1期

机译：利用硫属化物薄膜的偏振选择模式整形，提升基于石墨烯的集成光学装置的性能
2. Ellipsometric Characterization of Thin Films from Multicomponent Chalcogenide Glasses for Application in Modern Optical Devices [J] . R. Todorov, J. Tasseva, V. Lozanova, Advances in condensed matter physics . 2013,第Null期

机译：多组分硫族化物玻璃薄膜的椭偏特性用于现代光学设备
3. Ellipsometric Characterization of Thin Films from Multicomponent Chalcogenide Glasses for Application in Modern Optical Devices [J] . R.Todorov, J.Tasseva, V.Lozanova, Advances in condensed matter physics . 2013,第2期

机译：多组分硫族化物玻璃薄膜的椭偏特性用于现代光学设备
4. Optical invstigations of thermally evaporated Ge10Se60Te30 and Ge8Se60Te30In2 chalcogenide thin film for optical memory devices [C] . Pravin Kumar Singh, Surabhi Mishra, Brijesh Kumar, IEEE Uttar Pradesh Section International Conference on Electrical, Electronics and Computer Engineering . 2018

机译：用于光学存储器件的热蒸发Ge10Se60Te30和Ge8Se60Te30In2硫族化物薄膜的光学研究
5. Electro-structural coupling in chalcogenide thin films devices: Photovoltaics and phase change memory [D] . Mitra, Mukut 2008

机译：硫族化物薄膜器件中的电结构耦合：光伏和相变存储器
6. Utilizing polarization-selective mode shaping by chalcogenide thin film to enhance the performance of graphene-based integrated optical devices [O] . Hamed Nikbakht, Hamid Latifi, Gholam-Mohammad Parsanasab, -1

机译：利用硫族化物薄膜的偏振选择模式整形来增强基于石墨烯的集成光学器件的性能
7. Enhanced Optical Nonlinear Performance with Integrated 2D Graphene Oxide Thin Films in CMOS Compatible Devices [O] . Yuning Zhang, Jiayang Wu, David Moss 2021

机译：CMOS兼容装置中的集成2D石墨烯氧化物薄膜增强光学非线性性能

Utilizing polarization-selective mode shaping by chalcogenide thin film to enhance the performance of graphene-based integrated optical devices

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