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Keyword [perylene-imide]
Result: 1 - 20 | Page: 1 of 3
1.
Conjugated Macromolecules. Stellate Structure Based On The Core - Arm / The Hyperbranched Conjugated The Design, Synthesis And Properties Of The Polymer
2.
Synthesis And Characterization Of Photo-responsive Organic Conjugated Molecules And Carbon Nanotubes
3.
Synthesis And Photophysical Properties Of Covalently Linked Perylene Imide Two Poly Body
4.
Perylene Compounds Optical And Electrical Properties
5.
.1,7 Bit Perylene Imide Derivatives With Novel Substituents Synthesis And Photophysical Properties Characterized
6.
Porphyrin Dimer - Series Of Compounds Perylene Imide Light-induced Energy Transfer And Photoinduced Electron Transfer Research
7.
Based On Covalently Linked Perylene Imide Aggregate Series Synthesis, Photophysical Properties, And Substituent Effects On The Quantum Chemical Characterization
8.
The Investigation For Conjugation Of Perylene Imide Derivatives And Human Serum Albumin
9.
The Perylene Imide Photoelectric Polymer Preparation And Functional Applications
10.
Fabrication Of Low-dimensional Perylene Imide Derivatives-based Functional Materials By Phase Transfer
11.
Based On) Imide Of Nitrogen Oxygen Free Radicals Of Synergy Recognition Research
12.
Design,Synthesis And Application Of Organic Semiconductors Based On Perylene Diimides With Perfluoroalkyl Groups
13.
Self-assembly Behavior And Gas Sensing Properties Of Chiral Perylenediimide
14.
Synthesis Of Ring Expansion Perylene Imide Derivatives And Their Anion-? Interactions
15.
Controlled Preparation And Gas Sensing Properties Of Porphyrin And Perylene Imide Materials
16.
Synthesis And Properties Studies Of Chemical Doped Perylene Imide Derivatives
17.
Photocatalytic And Electrochemical Sensing Properties Of Composite System Based On Perylene Imide Derivatives
18.
Synthesis And Photothermal Photodynamic Properties Of Perylene Imide-sugar Compounds
19.
Preparation And Application Of Peryleneimide Derivatives/Antimony Sulfide Organic-inorganic Composites
20.
Design,Synthesis And Property Research Of Electron Acceptors Based On Perylene Imide And Metal Complex
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