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SUMMARY:Nanoscale Confinement Effects on the Glass Transition and Physical
  Aging on Polymers
DTSTART:20090501T140000
DTSTAMP:20260527T143229Z
UID:cb06c69e8dae12bee9e6c7971d04e06897c19facffd60b1a8aadd396
CATEGORIES:Conferences - Seminars
DESCRIPTION:Rodney D. Priestley\, Ecole Superieure de Physique et de Chimi
 e Industrielles Paris\, FR\nOver the past decade\, there has been consider
 able interest in the effect that nanoscale confinement has on the properti
 es of glass-forming materials. The field has been driven for both scientif
 ic and technological reasons.  Examining the properties of glass-formers c
 onfined to the nanoscale may provide vital information about the underlyin
 g physics of the material.  With the emergence of nanotechnology\, some gl
 ass-formers\, in particular\, polymeric glass-formers\, will be used at in
 creasingly smaller length scales.
LOCATION:MXG110
STATUS:CONFIRMED
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