That value, 2200m/s, is pretty slow--there are some bullets that go
faster than that, I think...
JPK
On Fri, Sep 23, 2011 at 11:59 AM, Andreas Ostermann
wrote:
> Jacob Keller wrote:
>> Wow, neutrons are pretty cool! No radiation damage--and time
>> resolution? I guess this is since they have muc
Jacob Keller wrote:
> Wow, neutrons are pretty cool! No radiation damage--and time
> resolution? I guess this is since they have much higher energy, and
> are measurable individually? What are the numbers for fluxes
> (neutrons/sec)? Are the neutrons all at one energy, or is there a
> bandwidth?
On 09/22/11 12:43, Jacob Keller wrote:
Wow, neutrons are pretty cool! No radiation damage-
Maybe we should be using neutrinos, in hopes of getting some data
_literally_ before there is any damage.
--
===
All Things Serve the B
Dear Rex,
These issues of energy overlaps are addressed in theory, for either diffraction
probe, in Cruickshank, Helliwell and Moffat 1987 Acta Cryst, and also by the
same authors in 1991 Acta Cryst for spatial overlaps, and in practice in eg
Ren et al JSR 1999 and Nieh et al JSR 1999. Basical
_
> From: CCP4 bulletin board [CCP4BB@JISCMAIL.AC.UK] on behalf of Jacob Keller
> [j-kell...@fsm.northwestern.edu]
> Sent: Thursday, September 22, 2011 5:43 PM
> To: CCP4BB@JISCMAIL.AC.UK
> Subject: Re: [ccp4bb] Neutron data collection
>
> Wow, neutrons are pretty cool! No
PM
To: CCP4BB@JISCMAIL.AC.UK
Subject: Re: [ccp4bb] Neutron data collection
Wow, neutrons are pretty cool! No radiation damage--and time
resolution? I guess this is since they have much higher energy, and
are measurable individually? What are the numbers for fluxes
(neutrons/sec)? Are the neutrons all
Wow, neutrons are pretty cool! No radiation damage--and time
resolution? I guess this is since they have much higher energy, and
are measurable individually? What are the numbers for fluxes
(neutrons/sec)? Are the neutrons all at one energy, or is there a
bandwidth?
JPK
> With X-rays, Laue diffra
On 09/21/11 16:28, Sean Seaver wrote:
Dear Rex,
1. What are the limits to data set completeness imposed by a Laue experiment
versus those of monochromatic data collection?
Laue allows for a greater number of Bragg reflections to be measured compared
to monochromatic data collection over a giv
Dear Rex,
1. What are the limits to data set completeness imposed by a Laue experiment
versus those of monochromatic data collection?
Laue allows for a greater number of Bragg reflections to be measured compared
to monochromatic data collection over a give time period. The limiting factor
in
Hello Dr. Palmer-
There may be other representatives in the literature by now but the one
study I know of that examines the usefulness and limitations of determining
"cryo"-neutron structures is "The 15-K neutron structure of saccharide-free
concanavalin A", Blakeley et al. (2004), PNAS, 47(101):1
helps.
Mark van der Woerd
-Original Message-
From: REX PALMER
To: CCP4BB
Sent: Wed, Sep 21, 2011 3:52 am
Subject: [ccp4bb] Neutron data collection
Re Neutron Data Collection:
1. What are the limits to data set completeness imposed by a Laue experiment
versus those of
Re Neutron Data Collection:
1. What are the limits to data set completeness imposed by a Laue experiment
versus those of monochromatic data collection?
2. What problems are caused by flash freezing the larger protein crystals used
for neutron data collection which do not occur for X-ray data coll
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