interference is destructive and adds up to nothing.
At least that's how I understand it, eab
On 07/08/2014 03:53 PM, Kianoush Sadre-Bazzaz wrote:
Hi
If a sample of powder crystal (say Nickel) is shot with
monochromatic
x-rays, one will observe reflections from planes that satisfy
Hi
If a sample of powder crystal (say Nickel) is shot with monochromatic x-rays,
one will observe reflections from planes that satisfy Bragg's Law. For Ni the
first four planes are (111, 200, 202, 311) with 2theta (44, 52, 76, 93 degrees)
respectively.
Why doesn't one observe a reflection
Hi Basu,
You mentioned molecular replacement was not successful for this project. Which
model was used for this procedure? Have you tried your partially built
structure as a model to obtain preliminary phases for your native (2.7A) data
set? If there is any luck with that, you might be able to
Hi Susanne,
On the Pymol menu go to Setting -- Cartoon -- Cylindrical Helices
Kianoush
--- On Thu, 8/27/09, Susanne Ressl susanne.re...@mpibp-frankfurt.mpg.de wrote:
From: Susanne Ressl susanne.re...@mpibp-frankfurt.mpg.de
Subject: [ccp4bb] curved cylindrical helices in PyMOL?
To:
Dear CCP4,
I have a couple of datasets native and heavy-atom-derivatized. The spacegroup
and cell dimensions of all are the same (or very similar). For some reason
I cannot merge any of the datasets together. If for example I rescale one
native dataset by itself, my Rmerge is about 10%,
