Font Size: a A A
Keyword [photodetector]
Result: 61 - 80 | Page: 4 of 5
61. Fabrication And Assembly Of Metal Oxide Micro/Nano Structures By Femtosecond Laser Direct Writing
62. Research And Applications Of Nonradiating Optical Modes In Resonant Metasurfaces
63. Device Physics On Colloidal Quantum Dots Short Wavelength Infrared Photodetectors
64. Study On The Controllable Preparation And Optoelectronic Properties Of Tin Telluride Quantum Dots
65. Research On High Performance Photodetector In Preparation Of Squeezed Light Field In Low Frequency Band
66. Research On Grating-coupled Ge-based Near-infrared Waveguide Detector
67. Research On Mxene/Silicon Heterogeneous Integrated Photonic Devices
68. Design Of CMOS-compatible Photodetector With Graphene Embedded In Silicon Nitride Ridge Waveguide
69. Research On Key Technology Of Detector Response Calibration Device Based On Tunable Laser
70. Study Of Nonlinear Optical Performance And Photoelectric Performance Based On NiPS3
71. All Optical Fiber Broad Band Photodetector Based On Graphene And Side-polished Fiber
72. Modulation Of Physical Propertiesof Ga2O3 Films Through Miscut Substrate And Graphene Buffer Layer
73. Synthesis Of Selenium、Tellurium One-Dimensional Nanomaterials And Photoelectric Properties
74. Fabrication Of Two-dimensional ReS2 Based Van Der Waals Heterojunctions And Investigation Of Their Optoelectronic Properties
75. Preparation And Optoelectronic Properties Of Doped Two-dimensional Perovskite （PEA）2PbI4 Single Crystal Thin Film
76. Study On The Preparation Of Copper-based Halide Cs3Cu2I5 By Solution Method And Its Applications In Photodetectors
77. Research On Traveling-wave Photodetector For Generating THz Wave
78. Research On Spaceborne Laser Wavelength Tracking Technology
79. Preparation And Performance Study Of Terahertz Detector Based On Photothermoelectric Effect Of Two-dimensional Materials
80. Study On The Growth And Interface Effects Of Two-Dimensional Sulfur(Selenium) Compund Semiconducter Materials
  <<First  <Prev  Next>  Last>>  Jump to