McStas logo McStas - A neutron ray-trace simulation package ILL; PSI; ESS Niels Bohr Institute DTU Physics NEXMAP

McStas

About McStas
 Conditions of use
 Authors/Contacts
 Project funding
 Screenshots

Download
 Components
 Linux Install (deb/rpm)
 Mac OS X Install
 Unix Install (src code)
 Windows Install
 Other Downloads (share)

Mailing list

Search web/mailinglist

Documentation
 McStas manual
 FAQ
 Known problems
 Publications
 C Compilers
 Other
 Tools
 Tutorial

Workshops/conferences

Developments

Links

Report bugs

Git

McStas Ubuntu live-dvd


McStas: SAFARI_MPISI Instrument at Necsa

[ Identification | Description | Input parameters | Output parameters | Links ]

The SAFARI_MPISI Instrument

Materials Probe for Internal Strain Investigations

Identification

  • Site: Necsa
  • Author: Deon Marais (deon.marais@necsa.co.za)
  • Origin: Necsa
  • Date: September 2013
  • Version: $Revision 0.1 $

Description

Necsa Neutron Strain Scanner located at beam port 5 of the SAFARI-1 research reactor, South Africa

Input parameters

Parameters in boldface are required; the others are optional.
Name Unit Description Default
source_lam_min Angs Minimum wavelenth of source 0.5
source_lam_max Angs Maximum wavelenth of source 2.0
hi_res - Selects hi-resolution(1) or hi-intensity(0) reactor beam through primary shutter 0
mono_Si_type - Monochromator Silicon type options: 422 400 311 511 111 331 311
mono_mosh arc min Monochromator horizontal mosaicity 30
mono_mosv arc min Monochromator vertical mosaicity 30
mono_dx m Monochromator delta x - positive to left of reactor beam 0
mono_dy m Monochromator delta y - positive upward of reactor beam 0
mono_dz m Monochromator delta z - positive along reactor beam 0
mono_takeoff deg Monochromator takeoff angle - positive anti-clockwise from reactor beam -83.5
mono_dtilt deg Monochromator tilt angle - not implemented yet 0
mono_Rh m Monochromator horizontal focus radius 3.572
port_takeoff deg Port takeoff angle - positive anti clockwise from reactor beam -83.5
chamber_window_rad m Chamber window radius. If this is 0, there is no window 0.05534
inc_slit_rot deg Incident slit delta rotation - not implemented yet 0
inc_slit_dx m Incident slit delta x position - positive to left of incident beam 0
inc_slit_to_cor m Incident slit to sample stage center of rotation 0.005
inc_slit_width m Incident slit width 0.00013m to 0.005m 0.005
inc_slit_height m Incident slit height 0m to 0.02m 0.02
inc_slit_sep - Incident slit separation between width and height. <0:use emperical calc, >=0:distance in m -1
mono_to_cor m Distance between monochromator and center of rotation 2.5
sample_dx m Sample delta x - positive to left of incident beam if sample_dom=0 0
sample_dy m Sample delta y - positive upword of incident beam 0
sample_dz m Sample delta x - positive along of incident beam if sample_dom=0 0
sample_dom deg Sample delta omega - positive anti-clockwise from incident beam 0
det_takeoff deg Detector takeoff angle - positive anti-clockwise from incident beam 90
cor_to_det m Distance between sample centre of rotation and detector 1.148
diff_slit_dx m Diffracted slit delta x position - positive to left of diffracted beam 0
diff_slit_to_cor deg Distance between centre of rotation and diffracted slit 0.005
diff_slit_width m Diffracted slit width 0.005
diff_slit_height m Diffracted slit height 0.02
full_instrument - When 1, simulates the complete instrument. When 0, only simulate from the outlet collimator 1

Links


[ Identification | Description | Input parameters | Output parameters | Links ]

Generated automatically by McDoc, Peter Willendrup <peter.willendrup@risoe.dk> / Mon May 22 14:59:10 2017


Last Modified: Monday, 22-May-2017 16:59:10 CEST
Search website mailinglist archive GitHub repos