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Keyword [Band Gap]
Result: 121 - 140 | Page: 7 of 10
121. Research On The Applied Condition Of The Quasi-static Analytical Methods For Elastic Waves Propagating In The Periodic Honeycomb Structures
122. Preparation Of D-A Conjugated Polymers Via Direct Arylation Polycondensation And Properties Investigation
123. Synthesis And Characterization Of Low-band Gap Conjugated Polymers For Photovoltaic Cells
124. Mg-doped Nano-ZnO Via Chemical Vapor Deposition And Resistive Switching Effect
125. Synthesis And Photovoltaic Properties Of Based On PPV Derivatives With Benzothiadiazole And Triphenylamine Side Groups And Organic Dyes With Triphenylamine
126. Synthesis And Study On The Properties Of Organic Photovoltaic Materials Containing Triphylamine, Thiophene And Benzothiadiazole
127. Synthesis And Properties Of 3-Dimensional Ordered Macroporous Tungsten Oxide Electrochromic Films
128. First Principle Study On Layered Organic-inorganic Perovskite-type Hybrids Based On SnI2
129. Surface On The Substrate Preparation Of The Colloidal Crystals
130. Nanostructure Semiconductor Photocatalyst Synthesis And Characterization Of Bi-mo (m = W, Fe) Liquid
131. Study Of ZnO Based Ultraviolet Photoelectric Detective Material
132. First Principles Study Of The Electronic And Optical Properties Of Cu Doped ZnO Single-walled Nanotubes
133. Properties Of Acoustic Waves In Laminated Composites Based On Magnesium Niobate-lead Titanate Single Crystals
134. Study On Preparation Of Modified TiO2Nanobelts And Photocatalytic Degradation Of Levofloxacin In Water
135. Novel Solution-processed Conjugated Polymers: Synthesis And Applications In Organic Optoelectronic Devices
136. Study On Transition Metal Oxides As New Infrared Nonlinear Optical Materials:Synthesis, Structure And Properties
137. Synthesis,Electrical And Optical Properties Of Graphene
138. Study On Structure, Surface Morphology And Optical Property Of Doped ZnO Thin Films
139. Synthesis And Characterizion The Organic Photovoltaic Materials With Quasi-three-dimensional Structure
140. Study On Wide Band-gap Amorphous Silicon Oxide Materials And Solar Cells
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