561d
Best regards,
Darren
-Original Message-
From: girgs...@fhi-berlin.mpg.de
Sent: Thu, 6 Jun 2019 12:39:29 +0200
To: rietveld_l@ill.fr
Subject: Literature on Rietveld limitations in nano materials
Dear fellow Rietvelders,
Could anyone point me to some nice literature which critically
We've seen that asymmetric profile in our graphene simulations.
.
How many 1000s of atoms can debussy/discus reasonably deal with?
Matthew
On Thu, 6 Jun. 2019, 19:39 Reinhard Neder, wrote:
> Dear Mr Girgsdies,
>
> Off hand I am not aware of any critical discussion. Let me add a few
>
Hello,
I think it would be nice if I could cite some critical discussion, or
There are a couple of comments in the current issue of J.Appl.Cryst that
might be interesting for you:
https://doi.org/10.1107/S1600576719006575
Best,
Jon
Dear Mr Girgsdies,
Off hand I am not aware of any critical discussion. Let me add a few
thoughts though that may help to explain the issues at hand.
A Rietveld program calculates the diffraction pattern as a sum of all
Bragg reflections. Initially these Bragg peaks are treated as
Dear fellow Rietvelders,
Could anyone point me to some nice literature which critically discusses
the limitations of the Rietveld method when it comes to nano-crystalline
materials (specifically in the 1 to 3 nm range)?
As far as I'm aware, the core Rietveld literature seems to touch this