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Keyword [organogel]
Result: 1 - 20 | Page: 1 of 6
1.
Study Of Polyampholyte Gels And Supramolecular Gels Formed By Non-covalent Interactions
2.
Transport And Diffusion Of The Small Molecules Within Supramolecular Gel
3.
Synthesis, Self-assembly Behaviors And Properties Of Bi-dihydrazide Derivatives And Bi-1,3,4-oxadiazole Derivatives
4.
Construction Of π-Gels With Controllable Fluorescence Emission
5.
Self-assembly And Photophysical Properties Of Low Molecular Weight Gelators Based On Triphenylbenzene Derivatives
6.
Low Molecular Mass Gelator: Design, Synthesis And Properties
7.
Gelation And Liquid Crystalline Behaviour Of Dihydrazide Derivatives And Bi-1, 3, 4-oxadiazole Derivatives
8.
Self - Assembly Behavior And Morphology Of Organic Small Molecule Gels In Response To Environmental Stimulation
9.
Based On A Group Of Azobenzene Photochromic Gel And Its Self-assembled Nature Of The Study
10.
Functional Cholesteric Compounds Were Designed And Synthesized, Molecular Assembly, And Responses To Environmental Capacity,
11.
Gelation And Liquid Crystalline Behaviour Of Azophenyl Hydrazide Derivatives
12.
Molecular Design,Synthesis Of Triphenylene Discotic Liquid Crystals And Anchorage Of Columnar Mesophase
13.
Simulation Study Of The Correlation Between Microstructure And Mechanical Properties Of Organogel Network By Using Finite Element Method And Study Of Electronic Structures Of Organic Molecules Through Quantum Chemical Calculation
14.
Synthesis And Mesomorphism Of Ferrocenyl Calamitic And Triphenylene Discotic Liquid Crystals Containing Cholesteryl Moiety
15.
Synthesis And Properties Of Low-molecular-weight Organogelators Containing Three Long-chain Alkoxy Substituents
16.
Research On LB Films And Organogels Composed Of Some Functional Molecules
17.
Novel Heat-set Organogel Systems Based On Supramolecular Interactions
18.
Synthesis, Properties Of A Novel Azobenzene-containing Hydrazine Derivative
19.
Synthesis Of Organic Gelator With M-benzoyldiamide And Properties Of Gelatin And Recognition
20.
Studies On Synthesis And Gel Performance Of Novel Spiropyran Compounds
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