Rheological ink design for 3D printing
RESEARCH 05
Rheological ink design for 3D printing
Rheological Study of inorganic thermoelectric inks
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Homogeneity of the particle distribution
- Prevention of phase separation / particle aggregation / clogging
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Viscoelasticity, thixotropy
- Printing stackability, shape conformability
Evaluation of rheological properties of 3D printable all-inorganic thermoelectric inks
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Molecular modeling-based source technology for extreme performance copolymer aramid resin and fibrous materials
Nature Energy(2018), Journal of Rheology (2019)