Journal
CURRENT OPINION IN COLLOID & INTERFACE SCIENCE
Volume 36, Issue -, Pages 20-27Publisher
ELSEVIER SCIENCE LONDON
DOI: 10.1016/j.cocis.2017.11.004
Keywords
Inkjet; Drop formation; Wetting; Drop impact; Drop spreading; Drop coalescence; Absorption; Evaporation
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Funding
- Oce Technologies B.V.
- Dutch science foundation FOM
- Dutch Technology Foundation STW (HTSM) [12802, 13304, 13912]
- Dutch Materials innovation institute M2i [12454]
- Dutch NanoNextNL consortium
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The inkjet printing process involves a chain of processes in many physical domains at different length and time scales. The final goal is the deposition of droplets of all kinds of fluids with any desired volume and velocity. To comply with the increasing and diverging requirements for today's inkjet technology, a fundamental understanding of the underlying processes is very important. By combining state of the art experimental and numerical techniques, the physics behind the chain of processes are being explored. The fundamental knowledge gained is crucial for the further development of the inkjet printing technology which became mature in graphical printing applications and plays a key role in many emerging new industrial and medical applications.
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