- cell
From: Andreas Leineweber [mailto:a.leinewe...@mf.mpg.de]
Sent: Mon 5/11/2009 9:03 AM
To: Ross H Colman
Cc: rietveld_l@ill.fr
Subject: Re: Anisotropic strain
Dear Ross,
something like this can definitely be adapted in the launch mode of
TOPAS, it has
[mailto:a.leinewe...@mf.mpg.de]
Sent: Mon 5/11/2009 9:03 AM
To: Ross H Colman
Cc: rietveld_l@ill.fr
Subject: Re: Anisotropic strain
Dear Ross,
something like this can definitely be adapted in the launch mode of
TOPAS, it has been done in the past. A few lines for orthorhombic (some
minor cha
parameters)
I may give detailed hints in direct exchange.
Additionally I would like to indicate that something which looks on
the first view like anisotropic strain, may instead be anisotropic
crystallite size (is S112 positive or negative?) or stacking faults.
In particular the latter is very
inspection shows that some peaks are modelled poorly compared
to others. The relative intensity of each peak appears to be a good fit
but some peaks are sharper than others whilst some are noticably broadened.
The instrument responsible suggested using anisotropic strain within
Fullprof to attempt to
considering the CW profile function 2, can anyone tell me what is the physical
difference between the anisotropic strain broadeining(Ye) and the strain
ellipsoid parameters(gamma(i,j))? getting into the point.. my interest is to
know that, how and under what condition they appear physically in
considering the CW profile function 2, can anyone tell me what is the physical
difference between the anisotropic strain broadeining(Ye) and the strain
ellipsoid parameters(gamma(i,j))? getting into the point.. my interest is to
know that, how and under what condition they appear physically in
considering the CW profile function 2, can anyone tell me what is the physical
difference between the anisotropic strain broadeining(Ye) and the strain
ellipsoid parameters(gamma(i,j))? getting into the point.. my interest is to
know that, how and under what condition they appear physically in
considering the CW profile function 2, can anyone tell me what is the physical
difference between the anisotropic strain broadeining(Ye) and the strain
ellipsoid parameters(gamma(i,j))? getting into the point.. my interest is to
know that, how and under what condition they appear physically in
considering the CW profile function 2, can anyone tell me what is the physical
difference between the anisotropic strain broadeining(Ye) and the strain
ellipsoid parameters(gamma(i,j))? getting into the point.. my interest is to
know that, how and under what condition they appear physically in
