Graphene-like - Globe Thesis

Keyword [Graphene-like] Result: 21 - 40 \| Page: 2 of 8
21.	The Preparetion Of Graphene-Like Nanocomposite Interfaces And Their Application In Biosensor Fields
22.	The Preparetion Of Graphene-Like Nanocomposite Interfaces And Application Of Their Electrochemical Field
23.	The Controllable Synthesis And Photoelectric Properties Of Two-dimensional Graphene-like Materials
24.	The Electronic Properties Of Low Dimensional Materials And The Transport Properties Of Their Nano-electronic Devices:an Ab Initio Study
25.	The Preparation And Optoelectronic Devices Research Based On Graphene-like Molybdenum Disulfide Nanocomposites
26.	Micromorphic Model Of Graphene-like Crystals And Its Constitutive Constants
27.	The Fabrication Of Thin Black Phosphorus And Its Optical And Electronic Characterization
28.	Electrochemical Investigations On Graphene-like Molybdenum Disulfide
29.	Transition Metal Atoms Absorbed Bare Graphene-like Carbon Nitride Nanoribbons:A DFT+U Study
30.	Quantum Pumping In Graphene And Graphene-like Materials
31.	Application Of Graphene And Graphene - Like Nanomaterials In Environmental Toxicological Analysis And Biosensing
32.	Synthesis Of Graphene-like Fluorescent Quantum Dots And Their Analytical Application
33.	Electron Transport Properties Of Graphene-like Two-dimensional Heterostructures And Atomic Nanochains
34.	Structure Design And Property Prediction On The Graphene-like Materials And Nanotubes
35.	Magnetic And Thermodynamic Properties Of Graphene Like And Multi Lattice Systems
36.	The Synthesis And Nonlinear Optical Properties Of Graphene-like Nanomaterials
37.	Charge Carrier Dynamics In Graphene-like Two Dimensional Materials Studied By THz Spectroscopy
38.	Fabrication Of Graphene-Like Two-Dimensional Nanomaterials With Surface-Enhanced Electrochemical Energy Storage Performances
39.	Study On Photoelectric Conversion Of Perovskite-phase Oxide/graphene Composites And Graphene-like MXene Materials
40.	Study Of Synthesis And Application In Sensors Of Graphene-Like Quantum Dots
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