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Tunable Ionic Control of Polymeric Films for Inkjet Based 3D Printing.
Erno Karjalainen
, Dominic J. Wales
, Deshani H. A. T. Gunasekera
, Jairton Dupont
, Peter Licence
, Ricky D. Wildman
, Victor Sans
*
*
Corresponding author for this work
Not published at VTT
University of Nottingham
Research output
:
Contribution to journal
›
Article
›
Scientific
›
peer-review
31
Citations (Scopus)
Overview
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Keyphrases
Inkjet Printing
100%
Inkjet
100%
3D Printing
100%
Polymeric Ionic Liquids
100%
Ionic Control
100%
Polymeric Films
100%
Mechanical Properties
66%
Cation-anion Interaction
66%
Surface Properties
33%
Liquid Solution
33%
Printing Process
33%
Plethora
33%
Additive Manufacturing
33%
Functional Inks
33%
Surface Tension
33%
Low Viscosity
33%
Complex Geometry
33%
Thermal Properties
33%
Depolymerization
33%
Combination Characteristic
33%
High Viscosity
33%
Mechanical Surface
33%
Butyl Acrylate
33%
Additive Manufacturing Techniques
33%
1-vinylimidazole
33%
Quaternization
33%
Fine Control
33%
Polycationic
33%
Anion Metathesis
33%
Ionic Liquid Precursor
33%
Highly Viscous
33%
Cross-linked Copolymers
33%
Superficial Properties
33%
INIS
control
100%
range
100%
films
100%
3d printing
100%
applications
75%
ionic liquids
75%
anions
75%
additives
50%
viscosity
50%
manufacturing
50%
cations
50%
monomers
50%
modifications
25%
solutions
25%
copolymers
25%
geometry
25%
devices
25%
precursor
25%
surface properties
25%
mechanical properties
25%
acrylates
25%
variations
25%
deposition
25%
thermal properties
25%
liquids
25%
solids
25%
inks
25%
tuning
25%
polymerization
25%
surface tension
25%
reagents
25%
imidazoles
25%
Material Science
Three Dimensional Printing
100%
Polymer Films
100%
Ionic Liquid
100%
Film
66%
Surface Property
33%
Copolymer
33%
Surface Tension
33%
Polymerization
33%
Thermal Property
33%