stimulus- responsive - Globe Thesis

Keyword [stimulus- responsive] Result: 61 - 80 \| Page: 4 of 9
61.	Synthesis And Application Of Stimulus-responsive Nanodrug Capsules In Tumor Combination Therapy
62.	Synthesis And Study Of Stimulus Responsive Supramolecular Polymers Containing Cyclodextrin
63.	Synthesis And Solid-state Luminescense Properties Of Arylfumaronitrile Derivatives
64.	Reversible Self-assembly Of Stimulus-responsive Surfactants And Nanoparticles At Oil-water Interface
65.	The Study On Preparation And Properties Of Thermal Stimulus-responsive Composites Based On Eucommia Rubber
66.	Investigation On Properties Of Enhanced Stimulus Responsive Luminescent Materials Based On Phenanthroimidazole Derivative
67.	Synthesis,Characterization And Stimulus Responsive Characteristics Of Compounds Containing Spiropyran Groups
68.	Self-assembly Of Peroxynitrite And Hydrogen Polysulfide Biosignal-responsive Polymers
69.	PH Responsive Polyrotaxane Hydrogel And Antibacterial Properties
70.	Stimulus-Responsive Phosphorescent Iridium Complexes:Design,Synthesis And Properties
71.	The Preparation Of Thermoresponsive Slippery Surface Based On Femotosecond Laser Towards Droplet Dynamic Manipulation
72.	Design,synthesis And Performance Of Multi-response Fluorescent Molecular Switch Based On Aie
73.	Synthesis,aggregation Behavior And Optical Properties Of Novel Luminescent Materials Based On Carbazole/Arylamine
74.	Regulating The Response Behavior Of Stimuli-responsive Photofunctional Materials By Counterions And Its Application In Secure Printing
75.	Preparation And Application Of Stimulus-responsive Core/shell Cross-linked Polymer Nanoparticles
76.	Stimulus-responsive Block Copolymer Self-assembled Micelles Performance Regulation And Drug Release Research
77.	Preparation Of Stimulus-responsive Super-wetting Material And Its Application In Oil-water Separation
78.	Electrochemical Sensing Of Nucleic Acid Aptamers Based On ZIF-8 Derived Porous Carbon Materials
79.	Stimulus-Responsive Polysaccharide Microgel Particles Prepared by Temperature Induced Aggregation and Electrospraying Technique
80.	Stimulus-responsive microgels: Design, properties and applications
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