Near-field - Globe Thesis

Keyword [Near-field] Result: 61 - 80 \| Page: 4 of 9
61.	Research On The Phenomena Of Electromagnetically Induced Transparency And Absorption By Metamaterials
62.	Theories And Experiments About Multiphysical Field Metamaterials
63.	Theoretical Investigation Of Different Electromagnetic Metamaterials Applied In Polarization Transformers And Near-field TPV Systems
64.	Study On Characteristics Of Films Based On Near Field Microwave Microscope
65.	Preparation Of Nanofibers By Near-field Electrospinning Technology And Its Application
66.	Development Of Tissue Engineering Scaffolds Based On Near-field Melt Electrostatic Direct Writing Technology
67.	Research On Near-field Optical Properties Of Polaritons In Two-dimensional Atomic Crystals
68.	Plasmonic Near Field And Its Application To Enhance And Modulate Nonlinear Optical Properties
69.	Surface Enhanced Infrared Absorption Spectroscopy And Its Applications
70.	Graphene Plasmonics For Near-field And Far-field Mid-infrared Light Manipulations
71.	Plasmonic Nanostructures Based On Nanoskiving And Optical Properties
72.	Study On Construction And Photocatalytic Performance Of Graphene Or Plasmonic Metal-Involved Composites
73.	Study Of Surface Plasmon Polaritons In Metal-nanofilm Hybrid Structures
74.	Study On The Nearfield Antenna Substrate Properties And Application
75.	Research On Electrohydrodynamic Direct-writing Technology And Multi-Factor Coupling Mechanism In Aligned Microstructure
76.	Studies On Tip-Enhanced,Needle Discharge Emission Spectroscopy And Laser Plasma Expansion Characteristics
77.	Designed Synthesis Of Chiral Noble Metal Nanomaterials And Study On Their Chiroptical Response
78.	Study On Near-field Radiative Heat Transfer Of Black Phosphorus Materials Based On Fluctuation-dissipation Theorem
79.	Surface Cracks Distribution Characteristics And Development Mechanism In High-intensity Mining Of Nearly Shallow Thick Coal Seam
80.	Study On Near-field Radiative Heat Transfer Via Multiple Coupling Of Surface Waves With Graphene Plasmon
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