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Permittivity Effects of Particle Agglomeration in Ferroelectric Ceramic-epoxy Composites Using Finite Element Modeling by Kaufman, Jonas L.; Tan, Scott H.; Lau, Kirklann; Shah, Ashka; Gambee, Robert G.; Gage, Chris; MacIntosh, Lupe; Dato, Albert; Saeta, Peter N.; Haskell, Richard C.; Monson, Todd C. is a Materials Science article available to read on EtoBox.

It is typically read by researchers, students, and practitioners in Materials Science.

Author
Kaufman, Jonas L.; Tan, Scott H.; Lau, Kirklann; Shah, Ashka; Gambee, Robert G.; Gage, Chris; MacIntosh, Lupe; Dato, Albert; Saeta, Peter N.; Haskell, Richard C.; Monson, Todd C.
Publisher
American Institute of Physics; American Institute of Physics Inc.; Melville NY: American Institute of Physics; AIP Publishing (ISSN 2158-3226)
Published
2018
Language
EN
Field
Materials Science (Physical Sciences)

More by Kaufman, Jonas L.; Tan, Scott H.; Lau, Kirklann; Shah, Ashka; Gambee, Robert G.; Gage, Chris; MacIntosh, Lupe; Dato, Albert; Saeta, Peter N.; Haskell, Richard C.; Monson, Todd C.

Browse all works by Kaufman, Jonas L.; Tan, Scott H.; Lau, Kirklann; Shah, Ashka; Gambee, Robert G.; Gage, Chris; MacIntosh, Lupe; Dato, Albert; Saeta, Peter N.; Haskell, Richard C.; Monson, Todd C.