A "PDMS-in-water" emulsion enables mechanochemically robust superhydrophobic surfaces with self-healing nature

Research output: Journal Publications and Reviews › RGC 21 - Publication in refereed journal › peer-review

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Material Science

100
Emulsion Material Science
100
Surface (Surface Sc... Material Science
100
Superhydrophobic Material Science
100
Water Material Science
66
Cotton Fabric Material Science
33
Cotton Fibre Material Science
33
Ultrahydrophobic Co... Material Science
33
Textile Material Science
16
Surface Energy Material Science
16
Solvent Material Science
16
Ultimate Tensile St... Material Science
16
Coating Material Science
16
Physical Property Material Science
16
Self-Diffusion Material Science
16
Contact Angle Material Science
16
Abrasion Material Science

Keyphrases

100
Self-healing Keyphrases
100
Cotton Fabric Keyphrases
100
Water-in-water Emul... Keyphrases
100
Robust Superhydroph... Keyphrases
66
Cotton Fiber Keyphrases
66
Superhydrophobicity Keyphrases
66
Superhydrophobic Co... Keyphrases
33
Surface Free Energy Keyphrases
33
Chemical Stability Keyphrases
33
Diffusion Process Keyphrases
33
Physical Properties Keyphrases
33
Acidic Solution Keyphrases
33
Tensile Strength Keyphrases
33
Surface Energy Keyphrases
33
Inner Part Keyphrases
33
Elongation at Break Keyphrases
33
Self-diffusion Keyphrases
33
Abrasion Keyphrases
33
Environmentally Fri... Keyphrases
33
Fluorine-containing Keyphrases
33
Water Contact Angle Keyphrases
33
Alkaline Solution Keyphrases
33
Textile Keyphrases
33
Mechanochemical Keyphrases
33
Binding Force Keyphrases
33
Solvent-based Keyphrases
33
Chemical Attack Keyphrases
33
Superhydrophobic Co... Keyphrases
33
Grafting from Keyphrases
33
Stronger Binding Keyphrases
33
Hierarchical Rough ... Keyphrases
33
Industrial Textiles Keyphrases
33
Finishing Treatment... Keyphrases
33
Surface Repair Keyphrases
33
Textile Finishing Keyphrases

INIS

100
water INIS
100
surfaces INIS
100
healing INIS
100
emulsions INIS
100
cotton INIS
50
coatings INIS
33
design INIS
33
fibers INIS
33
textiles INIS
16
environment INIS
16
substrates INIS
16
molecules INIS
16
stability INIS
16
fluorine INIS
16
applications INIS
16
solutions INIS
16
solvents INIS
16
lifetime INIS
16
free energy INIS
16
elongation INIS
16
repair INIS
16
washing INIS
16
tensile strength INIS
16
physical properties INIS
16
surface energy INIS
16
self-diffusion INIS
16
grafts INIS
16
abrasion INIS

Engineering

100
Water Engineering
100
Surface Engineering
100
Emulsion Engineering
100
Cotton Fabric Engineering
50
Design Engineering
50
Textile Engineering
50
Cotton Fibre Engineering
25
Surface Free Energy Engineering
25
Diffusion Process Engineering
25
Practical Applicati... Engineering
25
Ultimate Tensile St... Engineering
25
Elongation at Break Engineering
25
Grafts Engineering
25
Durables Engineering
25
Outer Surface Engineering
25
Water Contact Angle Engineering
25
Washing Machines Engineering
25
Finishing Engineering
25
Alkaline Solution Engineering
25
Chemical Attack Engineering
25
Environment Engineering
25
Substrates Engineering
25
Cycle Engineering
25
Interfacial Energy Engineering

Chemical Engineering

100
Water Chemical Engineering
100
Emulsion Chemical Engineering
25
Fluorine Chemical Engineering
25
Free Energy Chemical Engineering
Research OutputsResearch Output authored by A "PDMS-in-water" emulsion enables mechanochemically robust superhydrophobic surfaces with self-healing nature is tagged with the concept