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Keyword [first principle calculation]
Result: 81 - 100 | Page: 5 of 6
81.
First-Principle Study On Structure And Physical Properties Of Two-Dimensional Ga
2
O
3
And Cr
2
O
3
82.
Theoretical Studies Of Ferroelectricity And Valley Properties Of Two-Dimensional Materials
83.
Structural Design And Study Of Co-based Spinel Nanofibers For Zinc Air Batteries
84.
Study On The Phase Transition Kinetics Of GST Under Ultrafast Laser Excitation
85.
Design And Preparation Of Alkali-alkaline Earth Metal Chalcogenides As Mid-infrared Optical Crystals
86.
Research On Ultrashort Pulse Fiber Laser Technology Based On Two-dimensional Topological Materials
87.
Research On The Balance Mechanism Of Band Gap-SHG Response In Ga-S Nonlinear Optical System
88.
Research On Novel Carbon Allotropes Based On First Principle Calculation
89.
First-principles Study Of High-pressure Phase Transitions In FePS
3
And FePSe
3
90.
Atomic Scale Au/Si（111）-（7×7） Study On Surface Charge Measurement And First Principle Calculation
91.
First-principles Study On The Defect Structure Of Zirconium Alloy Cladding
92.
Study On Negative Differential Resistance Effect In Graphene Nanoribbons Heterojunction By First Principle Calculation
93.
First-principle Calculation Of Structural Distortion And Charge Disproportionation Of Perovskite AFeO
3
（A=Ca/La/Sr）
94.
First-Principle Calculation Study Of SrAgBi
95.
First-principles Study Of The Topological And Rashba Spin Splitting Properties In Topological Insulators
96.
First-principles Studies On Energy Storage And Epitaxial Growth Mechanisms Of Two-Dimensional Double-Layer Honeycomb AlP
97.
Structural Design Of High-temperature Superconductors With Light Elements,Including Hydrogen,Boron,and Carbon,under High Pressure
98.
Studies On The Electronic Structure And Spin-Orbit Coupling Of Janus Two-Dimensional Materials
99.
Tuning The Electronic Properties Of All-inorganic Perovskite-based Heterostructures By First-principles Investigations
100.
First-principle Study On Topological Properties Of Superconducting Crystalline Materials
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