electro-optical - Globe Thesis

Keyword [electro-optical] Result: 61 - 80 \| Page: 4 of 6
61.	Research On The Graphene Coated Circular Core Side Hole Fiber And Suspended Core Fiber Polarizer
62.	Synthesis And Electro-optical Property Investigation Of Slef-Host Dendritic Thermally Activated Delayed Fluorescent Material For Solution-Processed OLEDs
63.	Research On Optoelectronic Characterization Of Graphene-silicon Based Devices
64.	Study On Broad And Tunable Microwave Metamaterial Absorber Based On Electro-optical Properties Of Graphene
65.	The Fabrication,Electro-Optical Properties And Application Studying Of Polymer Dispersed Liquid Crystal
66.	Research And Application Of Single Micro-ring Resonator With Diamond Or Graphene
67.	Synthesis And Electro-optical Property Investigation Of The Novel Exciplex Host Materials Used For Solution-processed OLED
68.	Research On The Preparation Of Polymer Stabilized Liquid Crystal And Its Electro-optical Properties
69.	Theoretical Analysis Of Optical Response And Optimization Of Electro-optical Properties Of Polymer/Liquid Crystal Composites
70.	Study On The Effect Of Isolating Groups On The Properties Of Organic Nonlinear Optical Chromophores
71.	Preparation And Properties Of Nano-silica Modified Polymer Liquid Crystal Composite Films
72.	Nanostructured hybrid organic-inorganic materials for electro-optical and electrochemical applications
73.	Synthesis and characterization of linear and dendritic conjugated polymer networks for electro-optical applications: A precursor polymer approach
74.	Precursor polymer approach towards functional conjugated polymer networks and ultrathin film electro-optical applications
75.	Polymer stabilized liquid crystals: Topology-mediated electro-optical behavior and applications
76.	The electro-optical dynamics of nanoscale liquid crystalline mesophases
77.	Synthesis, photo- and electro-optical properties of luminescent pi-conjugated polymers
78.	Mechanical and electro-optical properties of unconventional liquid crystal systems
79.	Elasticity of thin layers of nematic liquid crystalline gels: Electro-optical, thermo-mechanical properties
80.	Electro-optical properties in relaxor ferroelectric materials and the device applications
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