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Result: 81 - 100 | Page: 5 of 6
81. Van der Waals density functional studies of hydrogenated and lithiated bilayer graphene
82. Synthesis And Photocatalytic Hydrogen Evolution Performance Of Narrow Band Gap (ZnSe?CdSe) And Wide Band Gap (Eu2O3) Photocatalysts
83. The Study On Indene Fluorene Fused Derivative Wide Band-Gap Small Molecule Acceptor And High-efficiency Device Construction
84. Study And Regulation Of The Fluorescence Properties In Organometallic MAPbBr3 Perovskite Single Crystals
85. Key Technology Of Reconfigurable Absorptive Frequency-selective Transmission Structures
86. Wide-band Acoustic Source Excitation Technology And Experimental Research
87. Study On The Surface And Interfacecharacteristics Of 2D Van Der Waal Heterojunction Photodetectors
88. Study On Testing Parameters Of Perovskite Solar Cells Based On Different Active Layers
89. Research On Preparation And Performance Of Bionic Metal Sulfide Photoelectric Detection Materials
90. Investigation Of Self-powered The Performance For CuInS2/TiO2 Heterojunction Photodetectors
91. Theoretical Research On New Energy Materials And Devices With Wide Band Gap Van Der Waals Heterojunction
92. Study On The Preparation And Electromagnetic Wave Absorption Performances Of MOFs-based Multi-hole Magnetic Metal Sulphides
93. Facile Synthesis Of Amorphous TiO2 Nanorods Decorated RGO Hybrid Composites With Wide Band Microwave Absorption
94. Study On Interfacial Bonding Mechanism And Enhanced Heat Transfer Of Graphene/Nano Copper Composites
95. Preparation Of MnO2 Saturable Absorber And Wide-band Luminescent Rare Earth Ions Doped NaYF4 Nanoparticles For Optical Communication
96. The Examination On Photoelectric Properties Of Al-doped Ga2O3 Thin Films
97. The Deposition Of Antimony Sulfide Films By Close-space Sublimation Method And Its Application On Solar Cells
98. Epitaxial Growth And Characterization Of Gallium Oxide Films Based On Mist-CVD
99. Research On Preparation Method And Photoelectric Properties Of Multilayer Graphene Film
100. Preparation Of The Alloy Semiconductor Epitaxial Film Based On SnO2 And Its Application In Deep Ultraviolet Detection
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