Band structures - Globe Thesis

Keyword [Band structures] Result: 1 - 20 \| Page: 1 of 2
1.	The Electronic Structures, Crystal Structures And Properties Of Metallic Compounds By Computer Simulation
2.	The Band Structures Of Silicon Nanowires In The External Field And Its Application As Photocatalyst For Water Splitting
3.	The Application Of The Electrochemical Impedance Spectroscopy In The Study On The Structures And The Properties Of Composites
4.	Band Structures And Thermoelectric Transport Properties Of Tellurides And Antimonides
5.	Defects, Band Structures And Optical Properties Of Pr And Zn/Al Doped Titanates Luminescent Materials:a First-principles Calculation
6.	Of Silicon Nanoribbons And Fluorine Saturated Aluminum Nitride Nanobelts First-principles Study
7.	The Research On Photonic Band Structures Of Low-Dimension Photonic Crystals
8.	The Optimization Of Band Gaps In Phononic Crystals
9.	Calculation Study On The Band Structures Of Doped Titanium Dioxide
10.	Equivalent Medium Model Of Acoustic Bandgap Material And Relationship Between Band Structures Of Various Modes
11.	A First-principles Investigation On The Effect Of The Divacancy Defect On The Band Structures Of Boron Nitride Nanoribbons
12.	Noncovalent Surface-modified Approach To Effectively Modulate The Band Structures Of Zigzag SiC Nanoribbons
13.	Graphene Nanoribbons And Silicon Carbide Nano With The First Principle
14.	First-principles Studies On Design And Electronic Properties Of Novel Two-dimensional Materials
15.	Low Dimensional Aluminum Nitride Nanobelts And The Primary Principle Of Research
16.	Material Design And Computational Investigation On Graphene Nanoribbons And Silicon Carbide Nanoribbons
17.	First-principles Study On Strontium Aluminate Long Afterglow Luminescent Materials
18.	Bandgap And Propagation Properties Of Phononic Crystals With Chirally Resonant Units
19.	Realizing Diverse Electronic And Magnetic Properties In Hybrid Zigzag Bnc Nanoribbons Via Hydrogenation
20.	The Theoretical Studies On The Electronic And Magnetic Properties Of Fully And Partially Hydrogenated Germanene Nanoribbons
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