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Keyword [First principles calculation]
Result: 61 - 80 | Page: 4 of 5
61. Calculation And Research On Electrical Properties Of Double Rare Earth Element Co-doped AgSnO2 Contact Material
62. First-principles Calculation Of Photoelectric Properties Of Cs2TiBr6 Doped Structures
63. First-principles Calculation Of Interface Structure And Performance Of Doped Diamond Composite Lithium Metal Solid Electrolyte
64. The Structural Stability And Evolution Process Of Li2Se2Sx On The Surface Of Graphene By A First Principles Calculation
65. Modification Of FeS2 Cathode Material For Lithium Batteries
66. Investigating The Humidity Stability Of CH3NH3PbX3（X=I,Br,Cl）Based Perovskite Solar Cells From First-principles
67. Modified Carbon As Anode Material For Lithium-Ion Batteries:A First-Principles Study
68. Preparation And Electrochemical Performance Of Prussian Blue Analogue/Carbon As Cathode Material For Sodium Ion Batteries
69. First-principles Calculation Of Laser Irradiation Effect Of Fused Silica With Impurities
70. First-Principles Study To Investigate Potential Electrode Materials For Sodium-Ion Batteries
71. Design Of Light-storing Assisted Photocatalytic Composite For NO Removal In Tunnel And Study On Its Synergy Mechanism
72. Theoretical Investigation Of Two-dimensional And Alloy Materials In Battery Application
73. First-principles Calculation Of The Effect Of Deep Environmental Factors On The Mechanical Properties Of Calcite
74. The First-principles Study Of Metal-doped Hexagonal Boron Nitride In Lithium-sulfur Batteries
75. Research On Perovskite Material Design Based On Data-drive
76. A Research Study On The Modification Of Layered Oxide Cathode Materials For Lithium/Sodium-ion Batteries Using High-valence Metal Ions
77. Study On The Photovoltaic Self-powered Gas Sensing Performance And Mechanism Of Perovskites
78. Theoretical Study Of Beryllium-based Two-dimensional Materials As The Anode Of Magnesium-ion Batteries
79. Theoretical Study On Electronic Structure And Optical Properties Of γ-CuI
80. Theoretical Design And Performance Study Of Two-Dimensional Carbon-Based Anode Materials
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