doped graphene - Globe Thesis

Keyword [doped graphene] Result: 161 - 180 \| Page: 9 of 10
161.	Investigation Of Gas Separation And Adsorption Performance Of Graphene Membranes
162.	Synthesis And Electrochemical Performance Of The All-carbon Flexible Electrodes Based On Nitrogen-doped Graphene Quantum Dots
163.	Research On Fabrication Of Nano-modified And Nitrogen-doped Graphene And Its Composites With Polymers
164.	Synthesis And H₂ Sensing Properties Of Al-doped SnO₂/graphene Composites
165.	DFT Study Of Oxygen Reduction Reaction On O-doped Graphene-supported Pt-based Alloys With 3d Transition Metals
166.	The Preparation Of Nitrogen Doped Graphene And Property For Hydrogen Evolution Reaction
167.	Electrochemical Sensor Based On Oxime Group-functionalized Nitrogen-doped Graphene Composites For Determination Organophosphorus Pesticides
168.	Investigations On The Spectral Properties Of Boron-Doped Graphene Quantum Dots And Applications
169.	Preparation And Electrochemical Catalytic Performance For Hydrogen Evolution Reaction Of Cobalt And Its Compounds/Carbon Nanomaterials Composites
170.	The Preparation Of Iron,Nitrogen And Phosphorus Doped Graphene And Its Application For Oxygen Reduction Reaction
171.	Study On Electrochemical Properties Of Nitrogen-doped Graphene Films And Functionalized Porous Carbon Nanospheres
172.	Research On Transport Properties Of Nitrogen-doped Graphene Nanoribbons
173.	Preparation Of TiO₂ Nano-composite Catalyst And Application In Photocatalytic
174.	Optical And Electrical Properties Of N/B Doped Graphene
175.	Preparation Of Graphene/Boron Doped Diamond Film And Its Application In Sensors
176.	Capacitive Performance Of Flexible N-doped Graphene/Cotton Fiber Composite Electrode
177.	Preparation, Fluorescence Characteristics And Analytical Applications Of Boron-doped Graphene Quantum Dots
178.	Quantum Chemistry Study Of Boron And Nitrogen Substituted Graphene Alkenyl Units
179.	Electrochemiluminescence Properties And Applications Of Nitrogen-sulfur Double-doped Graphene Quantum Dots
180.	The Design Of Highly Efficient Electrocatalysts For Water Splitting Based On Noble Metal
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