light-harvesting - Globe Thesis

Keyword [light-harvesting] Result: 21 - 40 \| Page: 2 of 5
21.	The Physical Properties,Mechanical Properties And Applications Of Self-Assembly Peptide Materials
22.	The Light-harvesting Enhancement Of Photocatalyst Through The Photon Localization Of Photonic Crystals
23.	Theoretical Design Of Novel Diimine Cu(?)-based Dye Sensitizers
24.	Construction Of Supramolecular Assemblies Based On Pillar[n]arenes And Their Functional Applications For Drug Delivery And Artificial Light-harvesting Systems
25.	The Preparation And Study Of Broadband Light-Harvesting Organic Triplet Photosensitizers
26.	Preparation Of Chloroplast/SiO 2 Composites And Study Of Light Trapping Properties
27.	Preparation Of Functional Two-dimensional Polymers Based On Covalent Self-assembly
28.	Design And Construction Of Two-Dimensional Self-Assembled Protein Bionanomaterials
29.	Construction Of Functional Supramolecular Systems Based On Pillar[n]arenes And BODIPY And Their Applications
30.	Photocatalytic Water Splitting Of Ta-based Photocatalysts With Wide Visible-Light-Response
31.	Synthesis And Photocatalytic Properties Of Biomorphic Photocatalysts With Hierarchical Structures
32.	Self-assembly Of Light-responsive Hyperbranched Polymer Vesicles
33.	Supramolecular Networks Constructed By AIEE-active Pillar[5]arene-based Polymeric Hosts:AIEE/Size Tunable Nanospheres And Efficient Light-Harvesting Materials
34.	Self-assembly, Molecular Recognition Of Macrocyclic Amphiphiles And Their Functionalization
35.	Study Of Preparation And Photo-/electro-Catalytic Properties Of Advanced Semiconductor Materials
36.	Construction Of Artificial Light-Harvesting System Based On Protein Self-Assembly
37.	Studies On Construction And Functionalization Of Ultrathin Polymer Nanocapsules
38.	Construction Of Protein Biomimetic Materials Based On Interfacial Self-Assembly Strategy
39.	Metal-Organic Layers For Single-Site Catalysis And Light Harvesting
40.	Preparation Of Hollow Mesoporous CdS Hybrid Photocatalysts And Study Of Their Photocatalytic Performance Under Visible Light
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