Most recent update: 2025-01-22 22:29:02
The keywords that frequently used in this topics code. | Keywords | Number | |
---|---|---|---|
ionic gel | 1 | ||
Thermal Conductivity | 1 | ||
Immobilized catalyst | 1 | ||
chitosan | 1 | ||
lotus effect | 1 | ||
polymer gel | 1 | ||
fluidics | 1 | ||
Gel-Sol Transition | 1 | ||
dual catalyst | 1 | ||
biocompatible film | 1 | ||
Gel | 1 | ||
copper adsorption | 1 | ||
Cassie-Baxter model | 1 | ||
sustainable | 1 | ||
lithium ion | 1 | ||
collagen hydrogel | 1 | ||
Thermoresponsive | 1 | ||
Shaking Gel | 1 | ||
4D materials | 1 | ||
thermosensitive gel | 1 | ||
oriented scaffold | 1 |
ACKN No. | Title/Author(s) | Keywords | Style |
---|---|---|---|
115 | Copper adsorption from water by Chitosan-Tripolyphosphate-Citric acid Cryogel | chitosan sustainable copper adsorption | P |
211 | Flow and Heat Transfer of Shaking Gel with Large Nanosilica Particles | Shaking Gel Gel-Sol Transition Thermal Conductivity | O |
302 | Cooperation of transition-metal and photocatalyst supported on polymer gel | Immobilized catalyst dual catalyst polymer gel | P |
365 | 4D materials with themoresponsive gels | 4D materials Gel Thermoresponsive | P |
393 | New Separation Method of Lithium Ions by Combined Use of Cationic and Anionic Thermosensitive Polymer Gels | lithium ion thermosensitive gel ionic gel | O |
405 | Highly water-repellent films prepared from edible materials and analysis of wetting conditions on roughened surfaces | lotus effect biocompatible film Cassie-Baxter model | P |
482 | Detailed study of the influence of channel diameter and flow rate in the fabrication of three-dimensionally oriented collagen hydrogels using a flow channel toward to construction of oriented tissue | fluidics collagen hydrogel oriented scaffold | P |
Organizing Committee of SCEJ 90th Annual Meeting (2025)
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