🚀 go-pugleaf

In article <12OCT199211261240@cc.utah.edu>, ewstroup@cc.utah.edu (ERIC W.
STROUP) wrote:
> 
> In article <00961D72.F55712C0@vms.csd.mu.edu>, 5916rahmank@vms.csd.mu.edu writes...
> {In article <03249587.718611696@mama>, 03249587@mama.minmet.uq.oz (Darcy Clark) 
> {>writes:
> {> I'm doing some research in the polymers field and at the moment doing some
> {> high-resolution TEM (+ some SEM) - I'd like to here from anyone who is 
> {> conducting research in of a similar vein!
> {>				  Darcy Clark
> {>				  Uni of Queensland,Brisbane,Austrlia
> {--------------------------------
> { 
> {	I donno what kind of samples you are studying and what you are
> {	trying to probe. In general Electron Microscopy is an absorbed
> {	field. I have used SEM, TEM and HREM to study an oxide-glass
> {	composite system. 
> { 
> {	I could share some of my experience if I knew what you are
> {	interested in.
> { 
> {	-Anis.
> 
> 
> 
> One of the leading experts on polymer microscopy is Dr. Stuart Cooper at 
> University of Wisconsin - Madison.  He has published extensively on 
> TEM and SEM of polymers.  The NIH has a "center" for polymer microscopy
> in which he is the key player.
> 
> -Eric
> ewstroup@cc.utah.edu

You should also check out the work by David Martin and his students here at
the University of Michigan.  They do a considerable amount of HREM of
polymeric materials.  It is neat work, very difficult to do too, some of
it.
I mention it as I think Dave would be too modest to post this himself.

 

John Mansfield, North Campus Electron Microbeam Analysis Laboratory,
2455 Hayward, Ann Arbor, Michigan 48109-2143. Ph: (313)-936-3352.
__________
YYURYYUBICURYY4ME.