Simultaneous milling, coating and coat-curing of particulates in a fluid energy mill via photo-polymerization
Document Type
Conference Proceeding
Publication Date
9-11-2012
Abstract
In conjunction with UV technology, a fluid energy mill (FEM) was demonstrated to simultaneously and in-situ achieve several functions, namely: size reduction of pre-coated coarse micron-sized particles with UV-curable chemicals into smaller (ca. 1∼10μm) particles, coating of UV chemicals onto the milled particles, and curing of the UV chemicals. IR analysis showed that the double bond conversion was up to 71% and 93% using air and nitrogen as motive gas, respectively.
Identifier
84865818381 (Scopus)
ISBN
[9781622760831]
Publication Title
Annual Technical Conference ANTEC Conference Proceedings
First Page
2137
Last Page
2141
Volume
3
Recommended Citation
Liu, Huiju; Lu, Chunmeng; Patel, Subhash H.; Zhu, Linjie; Young, Ming Wan; Gogos, Costas G.; and Bonnett, Peter C., "Simultaneous milling, coating and coat-curing of particulates in a fluid energy mill via photo-polymerization" (2012). Faculty Publications. 18107.
https://digitalcommons.njit.edu/fac_pubs/18107
