Double-network - Globe Thesis

Keyword [Double-network] Result: 81 - 100 \| Page: 5 of 7
81.	Preparation And Properties Of Conductive Polymer Hydrogels Formed By Photo-curing 3D Printing
82.	Fabrication And Characterization Of Gelatin-based Hydrogel With High Strength
83.	Construction And Sensing Performance Of High-Mechanical And Freezing Tolerant CS/P(AA-co-AM) Double-network Hydrogel
84.	Construction Of Strong And Tough CS-PHEAA Physically Crosslinked Double Network Hydrogels And Application In Flexible Sensors
85.	Study On Multifunctional Double-network Composite Hydrogels
86.	Preparation And Properties Of Natural Polymer Polysaccharide Double-network Self-healing Hydrogels
87.	Research On Farmers' Green Production Technology Adoption From The Perspective Of "Double Network"
88.	Preparation Of PEGDA/CS Double Network Hydrogel And Its Application In Wound Repair Materials
89.	Synthesis And Characterization Of Tough Double-network Hydrogels Reinforced By Silk Fibroin
90.	Preparation And Properties Of Physically Cross-linked Double-network Hydrogels
91.	Double-network Gel-derived Silicon And Silicon-metal Framework Materials And Their Lithium Storage Behavior
92.	Preparation Of Conductive Double Network Hydrogel And Its Application In Flexible Sensors
93.	Research On Flexible Supercapacitors Based On Redox Active Double Network Hydrogel Electrolyte
94.	Chemical and mechanical characterization of fully degradable double-network hydrogels based on PEG and PAA
95.	Experimental Study On Skin Regeneration Induced By A Physiochemical Cross-linked Double Network Hydrogel
96.	Preparation And Properties Of Amino-Modified PDMS Based Intrinsic Self-Healing Elastomer
97.	Fabrication And Biomedical Applications Of Novel Dynamic Hydrogels Based On Knoevenagel Condensation Reaction
98.	Study On The Structure And Rheological Properties Of Polyoxometalates/Polymer Composites
99.	Study On Preparation Of Montmorillonite Type Double Network Composite Gel And Its Fire-fighting Characteristics
100.	Research On Strengthening And Toughening Of PVA-based Double Network Coating On The Interface Of PBO Fiber And Its Composite
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