relation: http://miis.maths.ox.ac.uk/miis/330/
title: Void elimination in screen printed thick film dielectric pastes
creator: Wilson, S.
creator: Howison, S.D.
creator: Parker, D.
creator: Fitt, A.D.
creator: Harlen, O.
creator: Myers, T.
creator: Please, C.P.
creator: Hinch, E. J.
creator: Chapman, S. J.
creator: King, J.
creator: Duursma, G.
creator: Beckum, F. van
creator: Riley, D.
subject: Materials
description: The problem is to understand the mechanisms for the formation and evolution of defects in wet screen printed layers. The primary objective is to know how best to alter the properties of the paste (rather than the geometry of the screen printing process itself) in order to eliminate the defects.    With these goals in mind the work done during the Study Group reported here was as follows; to describe a simple model for the closure of craters, a model for the partial closure of vias, a possible mechanism for the formation of pinholes and finally a more detailed consideration of the screen printing process.
date: 1996
type: Study Group Report
type: NonPeerReviewed
format: application/pdf
language: en
identifier: http://miis.maths.ox.ac.uk/miis/330/1/Void-elemination-in-screen-printed-thick-film-dielectric-pastes.pdf
identifier:   Wilson, S. and Howison, S.D. and Parker, D. and Fitt, A.D. and Harlen, O. and Myers, T. and Please, C.P. and Hinch, E. J. and Chapman, S. J. and King, J. and Duursma, G. and Beckum, F. van and Riley, D.  (1996) Void elimination in screen printed thick film dielectric pastes.  [Study Group Report]