metal-nanoparticles - Globe Thesis

Keyword [metal-nanoparticles] Result: 161 - 180 \| Page: 9 of 10
161.	Preparation And Application Of Graphene-inorganic Nanocomposite For Electrochemical Sensors
162.	Graphene-based Hybrid Structures For Surface Plasmon Sensing
163.	Controllable Photochemical Deposition Synthesis And Catalytic Applications Of Supported Metal Nanoparticles
164.	Electrochemical Study Of Silica Film With Ordered Nanochannles
165.	Synthesis Of Metal Nanoparticles With The Carrier Of Assembly Polymers And Their Catalytic Property Study
166.	Fabrication And Catalytic Application Of Metal Nanocrystals Within Porous Protein-based Materials
167.	Fabrication Of Metal Nanoparticles/graphene Composite Catalysts And Their Applications In Electrocatalytic Aspects
168.	Preparation, Characterization, And Catalytic Properties Of Carbon-nanomaterial-supported Metal Nanoparticles
169.	Preparation And Performance Characterizations Of Graphene Supported Metal Nanostructures
170.	Preparation, Characterization And Photocatalytic Activities For Hydrogen Evolution Of Surface Plasmonic Photocatalyst Based On Metal Nanoparticles
171.	Carrier Based Metal Nanoparticles:Synthesis, Characterization, And Applications
172.	Electrochemical Sensor Based On Porous Carbon Nanocomposites: Preparation And Their Application
173.	Polymer Auxiliary Construction Of Metal Nanoparticles Arrays And The Research For Composite Method
174.	Design, Synthesis And Catalytic Applications Of Metal-Organic Frameworks-Based Nanocomposites
175.	The Synthesis And Catalytic Applications Of Modified Metal Oxides
176.	New Methods For Preparing Hierarchical Porous And Structured Catalysts And Their Application
177.	Switchable Polymer Reactors：New-Concept Catalysts And Tunable Catalysts
178.	Pressure Sensitive Behavior Of Polymer Composite Films Based On The Orientations Of Gold And Silver Nanoparticles
179.	Tuning And Applications Of Surface Plasmon In Noble Metal Nanoparticles
180.	Preparation And Structure-activity Relationship Of Noble Metal Catalysts In Confined Nano-space/Matrix
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