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# Components and Instruments from the Library for McStas

Names in Boldface denote components that are properly documented with comments in the source code.

Sources

Name | Origin | Author(s) | Source code | Description
Adapt_check | Risoe | Kristian Nielsen | comp | Optimization specifier for the Source_adapt component.
ESS_moderator_long | Risoe | KL, February 2001 | comp | A parametrised pulsed source for modelling ESS long pulses.
ESS_moderator_short | Risoe | KL, February 2001 | comp | A parametrised pulsed source for modelling ESS short pulses.
Moderator | Risoe | KN, M.Hagen | comp | A simple pulsed source for time-of-flight.
Monitor_Optimizer | ILL (France) | Emmanuel Farhi | comp | To be used after the Source_Optimizer component
Source_Maxwell_3 | Risoe | Kim Lefmann | comp | Source with up to three Maxwellian distributions
Source_Optimizer | ILL (France) | Emmanuel Farhi | comp | A component that optimizes the neutron flux passing through the Source_Optimizer in order to have the maximum flux at the Monitor_Optimizer position.
Source_adapt | Risoe | Kristian Nielsen | comp | Neutron source with adaptive importance sampling
Source_div | Risoe | KL | comp | Neutron source with Gaussian or uniform divergence
Source_gen | ILL/Risoe | Emmanuel Farhi, Kim Lefmann, edits Jonas O Birk | comp | Circular/squared or spatially gaussian neutron source with flat or Maxwellian energy/wavelength spectrum.
Source_simple | Risoe | Kim Lefmann | comp | A circular neutron source with flat energy spectrum and arbitrary flux
Virtual_input | ILL | E. Farhi | comp | Source-like component that generates neutron events from an ascii/binary 'virtual source' file.
Virtual_output | ILL | E. Farhi | comp | Detector-like component that writes neutron state parameters into a 'virtual source' neutron file.

Optics

Name | Origin | Author(s) | Source code | Description
Arm | Risoe | Kim Lefmann and Kristian Nielsen | comp | Arm/optical bench
Beamstop | Risoe | Kristian Nielsen | comp | Rectangular/circular beam stop.
Bender | Uni. Erlangen (Germany) | Philipp Bernhardt | comp | Models a curved neutron guide.
Collimator_linear | Risoe | Kristian Nielsen | comp | A simple analytical Soller collimator (with triangular transmission).
Collimator_radial | ILL | Emmanuel Farhi <farhi@ill.fr> | comp | A radial Soller collimator.
DiskChopper | Risoe | Peter Willendrup | comp | Based on Chopper (Philipp Bernhardt), Jitter and beamstop from work by Kaspar Hewitt Klenoe (jan 2006), adjustments by Rob Bewey (march 2006)
FermiChopper | ILL Grenoble / TU Muenchen | M. Poehlmann, C. Carbogno, H. Schober, E. Farhi | comp | Fermi Chopper with rotating frame.
Filter_gen | ILL | EF (from Flux_adapter) | comp | This components may either set the flux or change it (filter-like), using an external data file.
Guide | Risoe | Kristian Nielsen | comp | Neutron guide.
Guide_channeled | Risoe | Kristian Nielsen | comp | Neutron guide with channels (bender section).
Guide_gravity | ILL (France). | Emmanuel Farhi | comp | Neutron straight guide with gravity. Can be channeled and focusing. Waviness may be specified, as well as side chamfers (on substrate).
Guide_tapering | PSI | Uwe Filges | comp | Models a rectangular tapered guide (many shapes)
Guide_wavy | Risoe | Kim Lefmann | comp | Neutron guide with gaussian waviness.
Mirror | Risoe | Kristian Nielsen | comp | Single mirror plate.
Monochromator_curved | ILL | Emmanuel Farhi, Kim, Lefmann, Peter Link | comp | Double bent multiple crystal slabs with anisotropic gaussian mosaic.
Monochromator_flat | Risoe | Kristian Nielsen | comp | Flat Monochromator crystal with anisotropic mosaic.
Monochromator_pol | RISOE | Peter Christiansen | comp | Flat polarizaing monochromator crystal.
Pol_FieldBox | RISOE | Peter Willendrup, based on Pol_simpleBfield | comp | Magnetic field component.
Pol_bender | RISOE | Peter Christiansen | comp | Polarising bender.
Pol_constBfield | RISOE | Peter Christiansen | comp | Constant magnetic field.
Pol_guide_vmirror | RISOE | Peter Christiansen | comp | Polarising guide with two supermirros sitting in a v-shape inside.
Pol_mirror | RISOE | Peter Christiansen | comp | Polarising mirror.
Pol_simpleBfield | RISOE | Peter Christiansen and Peter Willendrup | comp | Magnetic field component.
Selector | Uni. Gottingen (Germany) | Peter Link, Andreas Ostermann | comp | velocity selector (helical lamella type) such as V_selector component
Slit | Risoe | Kim Lefmann and Henrik M. Roennow | comp | Rectangular/circular slit with optional insignificance cut
V_selector | Risoe | Kim Lefmann | comp | Velocity selector.
Vitess_ChopperFermi | VITESS module 'chopper_fermi' | Geza Zsigmond | comp | Fermi chopper with absorbing walls using the VITESS module 'chopper_fermi'

Samples

Name | Origin | Author(s) | Source code | Description
Isotropic_Sqw | ILL | Virginie Hugouvieux, E. Farhi | comp | Isotropic sample handling multiple scattering and absorption for a general S(q,w) (coherent and/or incoherent/self)
Phonon_simple | Risoe | Kim Lefmann | comp | A sample for phonon scattering based on cross section expressions from Squires, Ch.3.
Powder1 | Risoe | E.M.Lauridsen, N.B.Christensen, A.B.Abrahamsen | comp | General powder sample with a single scattering vector.
PowderN | McStas release | P. Willendrup, L. Chapon, K. Lefmann, A.B.Abrahamsen, N.B.Christensen, E.M.Lauridsen. | comp | General powder sample (N lines, single scattering, incoherent scattering)
Res_sample | Risoe | Kristian Nielsen | comp | Sample for resolution function calculation.
Sans_spheres | Risoe | P. Willendrup, K. Lefmann, L. Arleth | comp | Sample for Small Angle Neutron Scattering - hard spheres in thin solution, mono disperse.
Single_crystal | Risoe | Kristian Nielsen | comp | Mosaic single crystal with multiple scattering vectors.
TOFRes_sample | Risoe | KL, 10 October 2004 | comp | Sample for TOF resolution function calculation.
Tunneling_sample | Risoe | Kim Lefmann | comp | Modified from: Vanadium sample.
V_sample | Risoe | Kim Lefmann and Kristian Nielsen | comp | Vanadium sample.

Detectors and monitors

Name | Origin | Author(s) | Source code | Description
DivLambda_monitor | Risoe | Kristian Nielsen | comp | Divergence/wavelength monitor.
DivPos_monitor | Risoe | Kristian Nielsen | comp | Divergence/position monitor (acceptance diagram).
Divergence_monitor | Risoe | Kim Lefmann | comp | Horizontal+vertical divergence monitor.
EPSD_monitor | Risoe | Kim Lefmann | comp | A monitor measuring neutron intensity vs. position, x, and neutron energy, E
E_monitor | Risoe | Kristian Nielsen and Kim Lefmann | comp | Energy-sensitive monitor.
Hdiv_monitor | Risoe | KL, | comp | A divergence sensitive monitor.
L_monitor | Risoe | Kristian Nielsen and Kim Lefmann | comp | Wavelength-sensitive monitor.
MeanPolLambda_monitor | Risoe | Peter Christiansen | comp | Polarisation and wavelength sensitive monitor.
Monitor | Risoe | Kim Lefmann | comp | Simple single detector/monitor.
Monitor_4PI | Risoe | Kim Lefmann and Kristian Nielsen | comp | Monitor that detects ALL non-absorbed neutrons. Example: Monitor_4PI()
Monitor_nD | ILL | Emmanuel Farhi | comp | This component is a general Monitor that can output 0/1/2D signals (Intensity or signal vs. [something] and vs. [something] ...)
PSD_monitor | Risoe | Kim Lefmann | comp | Position-sensitive monitor.
PSD_monitor_4PI | Risoe | Kim Lefmann and Kristian Nielsen | comp | Spherical position-sensitive detector.
PSDcyl_monitor | Risoe | Kim Lefmann | comp | A 2D Position-sensitive monitor. The shape is cylindrical with the axis vertical. The monitor covers the whole cylinder (360 degrees).
PSDlin_monitor | Risoe | Kim Lefmann | comp | Rectangular 1D PSD, measuring intensity vs. vertical position, x
PolLambda_monitor | Risoe | Peter Christiansen | comp | Polarisation and wavelength sensitive monitor.
Pol_monitor | Risoe | Peter Christiansen | comp | Polarisation sensitive monitor.
PreMonitor_nD | ILL (France) | Emmanuel Farhi | comp | Neutron parameters cross-correlation monitor.
Res_monitor | Risoe | Kristian Nielsen | comp | Monitor for resolution calculations
TOF2E_monitor | Risoe | Kim Lefmann and Helmuth Schoeber | comp | TOF-sensitive monitor, converting to energy
TOFLambda_monitor | Risoe | KL | comp | Time-of-flight/wavelength monitor.
TOF_cylPSD_monitor | Risoe | Kim Lefmann | comp | Cylindrical (2pi) PSD Time-of-flight monitor.
TOF_monitor | Risoe | KN, M. Hagen | comp | Rectangular Time-of-flight monitor.
TOFlog_mon | Risoe | Kim Lefmann | comp | Rectangular Time-of-flight monitor with logarithmic time binning.

Misc

Name | Origin | Author(s) | Source code | Description
Beam_spy | Risoe | E. Farhi | comp | Beam analyzer for previous component
Progress_bar | ILL | Emmanuel Farhi | comp | A simulation progress bar
Set_pol | Risoe | Peter Christiansen | comp | (Unphysical) way of setting the polarization.
Vitess_input | Risoe/ILL | Kristian Nielsen | comp | Read neutron state parameters from VITESS neutron file.
Vitess_output | Risoe/ILL | Kristian Nielsen | comp | Write neutron state parameters to VITESS neutron file.

Contributed components

Name | Origin | Author(s) | Source code | Description
Al_window | FRM-II | S. Roth | comp | Aluminium window in the beam
Collimator_ROC | ILL (Dif/D20) | Thomas C Hansen | comp | Radial Oscillationg Collimator (ROC)
Exact_radial_coll | HMI | Roland Schedler <roland.schedler at hmi.de> | comp | An exact radial Soller collimator.
FermiChopper_ILL | ILL Grenoble / TU Muenchen | M. Poehlmann, C. Carbogno, H. Schober, E. Farhi | comp | Fermi Chopper with rotating frame.
Filter_graphite | ILL | Thomas C Hansen | comp | Pyrolytic graphite filter (analytical model)
Guide_curved | (Unknown) | Ross Stewart | comp | Non-focusing curved neutron guide.

Guide_four_side

PSI

Tobias Panzner

comp

This component models a guide with four side walls. As user you can controll the properties of every wall separatly. All togther you have up to 8 walls: 4 inner walls and 4 outer walls. Every single wall can have a elliptic, parabolic or straight shape. All four sides of the guide are independent from each other. In the elliptic case the side wall shape follows the equation x^2/b^2+(z+z0)^2/a^2=1 (the center of the ellipse is located at (0,-z0)). In the parabolic case the side wall shape follows the equation z=b-ax^2;mc In the straight case the side wall shape follows the equation z=l/(w2-w1)*x-w1. The shape selection is done by the focal points. The focal points are located at the z-axis and are defined by their distance to the entrance or exit window of the guide (in the following called 'focal length'). If both focal lengths for one wall are zero it will be a straight wall (entrance and exit width have to be given in the beginning). If one of the focal lengths is not zero the shape will be parabolic (only the entrance width given in the beginning is recognized; exit width will be calculated). If the the entrance focal length is zero the guide will be a focusing devise. If the exit focal length is zero it will be defocusing devise. If both focals are non zero the shape of the wall will be elliptic (only the entrance width given in the beginning is recognized; exit width will be calculated). Notice: 1.)The focal points are in general located outside the guide (positive focal lengths). Focal points inside the guide need to have negative focal lengths. 2.)The exit width parameters (w2r, w2l, h2u,h2d) are only taken into account if the walls have a linear shape. In the ellitic or parabolic case they will be ignored. For the inner channel: the outer side of each wall is calculated by the component in depentence of the wallthickness and the shape of the inner side. Each of walls can have a own indepenting reflecting layer (defined by an input file) or it can be a absorber or it can be transparent. The reflectivity properties can be given by an input file (Format [q(Angs-1) R(0-1)]) or by parameters (Qc, alpha, m, W). %BUGS This component does not work with gravitation on. This component does not work correctly in GROUP-modus.

Guide_four_side_10_shells

PSI

Tobias Panzner

comp

This component models a guide with four side walls surounded by up to 10 shells (every shell consists of additional four walls). In the end it forms a guide with an inner and up to 10 outer channel. As user you can controll the properties of every wall separatly. All togther you have up to 88 walls: From the inner channel 4 inner walls and four outer walls and from every outer channel 4 inner and 4 outer walls. Every single wall can have a elliptic, parabolic or straight shape. All four sides of the guide are independent from each other. In the elliptic case the side wall shape follows the equation x^2/b^2+(z+z0)^2/a^2=1 (the center of the ellipse is located at (0,-z0)). In the parabolic case the side wall shape follows the equation z=b-ax^2;mc In the straight case the side wall shape follows the equation z=l/(w2-w1)*x-w1. The shape selection is done by the focal points. The focal points are located at the z-axis and are defined by their distance to the entrance or exit window of the guide (in the following called 'focal length'). If both focal lengths for one wall are zero it will be a straight wall (entrance and exit width have to be given in the beginning). If one of the focal lengths is not zero the shape will be parabolic (only the entrance width given in the beginning is recognized; exit width will be calculated). If the the entrance focal length is zero the guide will be a focusing devise. If the exit focal length is zero it will be defocusing devise. If both focals are non zero the shape of the wall will be elliptic (only the entrance width given in the beginning is recognized; exit width will be calculated). Notice: 1.)The focal points are in general located outside the guide (positive focal lengths). Focal points inside the guide need to have negative focal lengths. 2.)The exit width parameters (w2r, w2l, h2u,h2d) are only taken into account if the walls have a linear shape. In the ellitic or parabolic case they will be ignored. For the inner channel: the outer side of each wall is calculated by the component in depentence of the wallthickness and the shape of the inner side. Each of the 88 walls can have a own indepenting reflecting layer (defined by an input file) or it can be a absorber or it can be transparent. The reflectivity properties can be given by an input file (Format [q(Angs-1) R(0-1)]) or by parameters (Qc, alpha, m, W). %BUGS This component does not work with gravitation on. This component does not work correctly in GROUP-modus.

Guide_four_side_2_shells

PSI

Tobias Panzner

comp

This component models a guide with four side walls surounded by up to 2 shells (every shell consists of additional four walls). In the end it forms a guide with an inner and up to 2 outer channel. As user you can controll the properties of every wall separatly. All togther you have up to 24 walls: From the inner channel 4 inner walls and 4 outer walls and from every outer channel 4 inner and 4 outer walls. Every single wall can have a elliptic, parabolic or straight shape. All four sides of the guide are independent from each other. In the elliptic case the side wall shape follows the equation x^2/b^2+(z+z0)^2/a^2=1 (the center of the ellipse is located at (0,-z0)). In the parabolic case the side wall shape follows the equation z=b-ax^2;mc In the straight case the side wall shape follows the equation z=l/(w2-w1)*x-w1. The shape selection is done by the focal points. The focal points are located at the z-axis and are defined by their distance to the entrance or exit window of the guide (in the following called 'focal length'). If both focal lengths for one wall are zero it will be a straight wall (entrance and exit width have to be given in the beginning). If one of the focal lengths is not zero the shape will be parabolic (only the entrance width given in the beginning is recognized; exit width will be calculated). If the the entrance focal length is zero the guide will be a focusing devise. If the exit focal length is zero it will be defocusing devise. If both focals are non zero the shape of the wall will be elliptic (only the entrance width given in the beginning is recognized; exit width will be calculated). Notice: 1.)The focal points are in general located outside the guide (positive focal lengths). Focal points inside the guide need to have negative focal lengths. 2.)The exit width parameters (w2r, w2l, h2u,h2d) are only taken into account if the walls have a linear shape. In the ellitic or parabolic case they will be ignored. For the inner channel: the outer side of each wall is calculated by the component in depentence of the wallthickness and the shape of the inner side. Each of the 24 walls can have a own indepenting reflecting layer (defined by an input file) or it can be a absorber or it can be transparent. The reflectivity properties can be given by an input file (Format [q(Angs-1) R(0-1)]) or by parameters (Qc, alpha, m, W). %BUGS This component does not work with gravitation on. This component does not work correctly in GROUP-modus.

Guide_honeycomb | ILL (France). | G. Venturi | comp | Neutron guide with gravity and honeycomb geometry. Can be channeled and focusing.
He3_cell | ILL | Trefor Roberts | comp | Polarised 3He cell
ISIS_moderator | ISIS | S. Ansell and D. Champion | comp | ISIS Moderators
Lens | ILL/LLB | C. Monzat/E. Farhi/S. Desert/G. Euzen | comp | Refractive lens with absorption, incoherent scattering and surface imperfection.
Lens_simple | FZ Juelich | Henrich Frielinghaus | comp | Rectangular/circular slit with parabolic/spherical LENS.
MirrorElli | LLB | Sylvain Desert | comp | Elliptical mirror.
MirrorPara | LLB | Sylvain Desert | comp | Parabolic mirror.
Monochromator_2foc | Uni. Gottingen (Germany) | Peter Link. | comp | Double bent monochromator with multiple slabs
Multilayer_Sample | McStas 1.12cb | Robert Dalgliesh | comp | Multilayer Reflecting sample using matrix Formula.
PSD_Detector | ILL | Thorwald van Vuure | comp | Position-sensitive gas-filled detector with gaseous thermal-neutron converter (box, cylinder or 'banana').
PSD_monitor_rad | FZ-Juelich/FRJ-2/IFF/KWS-2 | Henrich Frielinghaus | comp | Modified: Kim Lefmann Position-sensitive monitor with radially averaging.
SANS_AnySamp | FZ-Juelich/FRJ-2/IFF/KWS-2 | Henrich Frielinghaus | comp | Sample for Small Angle Neutron Scattering. To be customized.
SANS_DebyeS | FZ-Juelich/FRJ-2/IFF/KWS-2 | Henrich Frielinghaus | comp | Sample for Small Angle Neutron Scattering: Debye-Scherrer Ring
SANS_Guinier | FZ-Juelich/FRJ-2/IFF/KWS-2 | Henrich Frielinghaus | comp | Sample for Small Angle Neutron Scattering: Guinier model
SNS_source | SNS Project Oak Ridge National Laboratory | G. Granroth | comp | A source that produces a time and energy distribution from the SNS moderator files
Sapphire_Filter | PSI | Jonas Okkels Birk (based upon Filter_Graphite by Thomas C Hansen (2000)) | comp | Sapphire filter at 300K
SiC | IRI. | S. Rycroft | comp | SiC layer sample
Source_multi_surfaces | PSI/Villigen | Ludovic Giller, Uwe Filges | comp | Rectangular neutron source with subareas - using wavelength spectra reading from files
Virtual_mcnp_input | ILL | Chama Hennane and E. Farhi | comp | This component uses a file of recorded neutrons from the reactor monte carlo code MCNP as a source of particles.
Virtual_mcnp_output | (Unknown) | Chama Hennane | comp | Detector-like component that writes neutron state parameters into a 'virtual source' neutron file with MCNP/PTRAC format.
Virtual_tripoli4_input | SERMA | Guillaume Campioni | comp | This component reads a file of recorded neutrons from the reactor Monte Carlo code TRIPOLI4.4 as a source of particles.
Virtual_tripoli4_output | LLB | Guillaume Campioni | comp | Detector-like component that writes neutron state parameters into a 'virtual source' neutron file when neutrons come from the source : Virtual_tripoli4_input.comp
multi_pipe | (Unknown) | Uwe Filges | comp | multi pipe circular slit.

Instrument Examples

Name | Origin | Author(s) | Source code | Description
ESS ESS_IN5_reprate (ESS_IN5_reprate.instr) | ESS | Kim Lefmann (kim.lefmann@risoe.dk), Helmuth Schober, Feri Mezei | instr |
Tests ESS_test (ESS_test.instr) | Risoe/KU | Peter Willendrup & Morten Sales | instr | Test instrument for ESS_moderator_long
FZ_Juelich FZJ_KWS2_Lens (FZJ_KWS2_Lens.instr) | FZ Juelich | Henrich Frielinghaus | instr | FZ Juelich KWS2 SANS, serving as test instrument for the Lens_simple component.
FZ_Juelich SANS_KWS2_AnySample (FZJ_SANS_KWS2_AnySample.instr) | FZ-Juelich/FRJ-2/IFF/KWS-2 | Henrich Frielinghaus | instr | KWS2 SANS instrument at FZ-Juelich. Custom sample (Guinier), 2 detectors.
FZ_Juelich SANS_KWS2_DebyeS (FZJ_SANS_KWS2_DebyeS.instr) | FZ-Juelich/FRJ-2/IFF/KWS-2 | Henrich Frielinghaus | instr | KWS2 SANS instrument at FZ-Juelich. Debye Scherrer sample, 2 detectors.
FZ_Juelich SANS_KWS2_Guinier (FZJ_SANS_KWS2_Guinier.instr) | FZ-Juelich/FRJ-2/IFF/KWS-2 | Henrich Frielinghaus | instr | KWS2 SANS instrument at FZ-Juelich. Guinier sample, 2 detectors.
FZ_Juelich SANS_KWS2_NoSample (FZJ_SANS_KWS2_NoSample.instr) | FZ-Juelich/FRJ-2/IFF/KWS-2 | Henrich Frielinghaus | instr | KWS2 SANS instrument at FZ-Juelich. No sample, 2 detectors.
LLB Focalisation (FocalisationMirrors.instr) | LLB | Sylvain Desert | instr | Test instrument for neutron focalisation with a set of supermirrors. No guide / velocity selector One parabolic SM converges the incoming beam to its focal point, then one elliptic SM (with primary focal point at same location as parabolic SM focal point) images the focal point onto the detector.
Tools Histogrammer (Histogrammer.instr) | Risoe | Peter Willendrup (peter.willendrup@risoe.dk) | instr | Takes eventfile input (Virtual_input/Vitess/MCNP/Tripoli4 formats) and applies Monitor_nD to generate histograms. Histograms can be chosen freely using the Options string, see mcdoc Monitor_nD.comp
ILL ILL_BRISP (ILL_BRISP.instr) | ILL | E. Farhi and N. Formissano [formisan@ill.fr] | instr | Time of Flight Neutron Spectrometer for Small Angle Inelastic Scattering BRISP
ILL ILL_D1A (ILL_D1A.instr) | LLB/ILL | E. Farhi | instr | Simple monochromator Diffractometer for powders (D1A), with container/sample environment and radial collimator. May simulate a silica phase transition experiment.
ILL ILL_H113 (ILL_H113.instr) | ILL | FARHI Emmanuel (farhi@ill.fr) | instr | The H113 ballistic curved cold guide at the ILL
ILL ILL_H142 (ILL_H142.instr) | ILL | FARHI Emmanuel (farhi@ill.fr) | instr | The H142 S-curved cold guide at the ILL
ILL ILL_H142_IN12 (ILL_H142_IN12.instr) | ILL | FARHI Emmanuel (farhi@ill.fr) | instr | The H142 S-curved cold guide at the ILL feeding IN12 TAS spectrometer
ILL ILL_H15 (ILL_H15.instr) | ILL | FARHI Emmanuel (farhi@ill.fr) | instr | The H15 curved cold guide at the ILL
ILL ILL_H15_IN6 (ILL_H15_IN6.instr) | ILL (France) | Emmanuel Farhi | instr | The IN6 Time-of-Flight simulation, positioned as the first instrument in the cold guide H15 (Nickel coating) at the ILL.
ILL ILL_H16 (ILL_H16.instr) | ILL | E. Farhi, J. Ollivier, Celia Castan Guerrero | instr | The H16 cold guide (feeding IN5)
ILL ILL_H16_IN5 (ILL_H16_IN5.instr) | ILL | E. Farhi, J. Ollivier, Celia Castan Guerrero | instr | The IN5B instrument: chopper system + sample + PSD and tof detector installed on the H16 cold guide at the ILL
ILL ILL_H24 (ILL_H24.instr) | ILL | FARHI Emmanuel (farhi@ill.fr) | instr | The H24 curved thermal guide at the ILL
ILL ILL_H25 (ILL_H25.instr) | ILL (France) | Emmanuel Farhi | instr | The H25 supermirror curved thermal guide at the ILL
ILL ILL_H25_IN22 (ILL_H25_IN22.instr) | ILL (France) | Emmanuel Farhi | instr | IN22 thermal triple-axis machine (TAS) on guide H25 with sample
ILL ILL_H53 (ILL_H53.instr) | ILL | FARHI Emmanuel (farhi@ill.fr) | instr | The H53 curved cold guide at the ILL
ISIS ISIS_CRISP (ISIS_CRISP.instr) | ISIS (UK) | Robert Dalgliesh | instr | Model of the ISIS CRISP reflectometer, including the Multilayer_Sample reflectivity sample.
ISIS HET (ISIS_Hetfull.instr) | ISIS (UK) | Dickon Champion | instr | HET: High Energy Transfer Chopper Spectrometer
<Unknown> | ISIS | Dickon Champion | comp |
tests Incoherent_test (Incoherent_Test.instr) | RISOE | Peter Willendrup, Erik Knudsen, Aziz Aziz Daoud-aladine | instr | This instrument allows to compare incoherent scattering from different McStas sample components.
PSI PSI_DMC (PSI_DMC.instr) | PSI | Peter Willendrup (Risoe), Uwe Filges (PSI), Lukas Keller (PSI) | instr |
PSI FOCUS (PSI_Focus.instr) | PSI | Uwe Filges | instr | The FOCUS Spectrometer at PSI (Paul Scherrer Institute,Switzerland)
tests Risoe_sans (SANS.instr) | Risoe | Kim Lefmann | instr | Test instrument for the Sans_spheres component. No guide / velocity selector etc. Will be developed further at at later time.
Templates SE_example (SE_example.instr) | Risoe | Erik Knudsen, Peter Willendrup | instr | Mockup of transmission Spin-Echo, written for PNCMI 2010 school in Delft.
Templates SE_example2 (SE_example2.instr) | Risoe | Erik Knudsen, Peter Willendrup | instr | Mockup of transmission Spin-Echo, written for PNCMI 2010 school in Delft. This version uses Pol_FieldBox for description of the fields.
tests SNS_test (SNS_test.instr) | SNS Project Oak Ridge National Laboratory | G. Granroth | instr |
tests Test_Isotropic_Sqw (Test_Isotropic_Sqw.instr) | ILL | E. Farhi | instr | A test instrument for the S(q,w) sample
tests Test_Lens (Test_Lens.instr) | ILL | E. Farhi/C. Monzat | instr | Demonstrate focusing effect of refractive lenses
tests Test_Magnetic_Constant (Test_Magnetic_Constant.instr) | RISOE | Peter Christiansen and Peter Willendrup | instr | This instrument demonstrates how to use the Pol_simpleBfield component with a constant field.
tests Test_Magnetic_Majorana (Test_Magnetic_Majorana.instr) | RISOE | Peter Christiansen and Peter Willendrup | instr | This instrument demonstrates how to use the Pol_simpleBfield component with a Majorana field.
<Unknown> | RISOE | Peter Christiansen and Peter Willendrup | comp | This instrument demonstrates how to use the Pol_constBfield component.
<Unknown> | RISOE | Peter Christiansen and Peter Willendrup | comp | This instrument demonstrates how to use the Pol_simpleBfield component with a user-specified fieldFunction.
tests Test_Monochromators (Test_Monochromators.instr) | RISOE. | Peter Christiansen | instr | Compares intensities of Monochromator_flat and Monochromator_pol
tests Test_PSD_Detector (Test_PSD_Detector.instr) | ILL | Thorwald van Vuure | instr | Test for PSD_Detector component
tests TEST_PHONON (Test_Phonon.instr) | RISOE | Kim Lefmann | instr |
tests Test_Pol_Bender (Test_Pol_Bender.instr) | RISOE | Peter Christiansen | instr | Test Pol_bender.
tests Test_Pol_Bender_Vs_Guide_Curved (Test_Pol_Bender_Vs_Guide_Curved.instr) | RISOE | Peter Christiansen (peter.christiansen@risoe.dk) | instr | Test that Pol_bender and Guide_curved intensities are the same.
tests Test_Pol_Guide_Vmirror (Test_Pol_Guide_Vmirror.instr) | RISOE | Peter Christiansen | instr | Test Pol_guide_Vmirror.
<Unknown> | RISOE | Peter Christiansen | comp | This instrument demonstrates how to use the Pol_constBfield component.
tests Test_Pol_Mirror (Test_Pol_Mirror.instr) | RISOE | Peter Christiansen | instr | Test that Pol_mirror reflects, transmits, and polarizes.
<Unknown> | RISOE | Peter Christiansen | comp | Tests Set_pol, V_sample, and pol monitors.
tests Test_Pol_TripleAxis (Test_Pol_TripleAxis.instr) | RISOE | Peter Christiansen | instr | Based on Emmanuel Farhi's thermal H8 triple-axis spectrometer from Brookhaven reactor
tests Test_V_sample_off (Test_V_sample_off.instr) | ILL | Reynald ARNERIN | instr | Instrument to demonstrate the usage of OFF shape samples with totaly absorbing material.
tests Test_shellguides (Test_shellguides.instr) | PSI | Tobias Panzner, Uwe Filges | instr | This is an instrument test file for 3 components.
Templates Tomography (Tomography.instr) | Risoe | Peter Willendrup, based on work by Reynald ARNERIN | instr | Instrument to study tomographic imaging by means of the new V_sample feature of OFF shape samples.
Brookhaven H8_test (h8_test.instr) | ILL (France) | Emmanuel Farhi | instr | The former thermal H8 triple-axis spectrometer from Brookhaven reactor
Risoe TAS1_C1 (linup-1.instr) | Risoe | A. Abrahamsen, N. B. Christensen, and E. Lauridsen | instr | The conventional cold-source triple-axis spectrometer TAS1 at Risoe National Laboratory used as a diffractometer for monochromator rocking curves
Risoe TAS1_C1_Tilt (linup-2.instr) | Risoe | A. Abrahamsen, N. B. Christensen, and E. Lauridsen | instr | The conventional cold-source triple-axis spectrometer TAS1 at Risoe National Laboratory used as a diffractometer for a collimator tilt alignment.
Risoe TAS1_Diff_Slit (linup-3.instr) | Risoe | A. Abrahamsen, N. B. Christensen, and E. Lauridsen | instr | The conventional cold-source triple-axis spectrometer TAS1 at Risoe National Laboratory used as a diffractometer for a collimation alignment study with a slit sample.
Risoe TAS1_Diff_Vana (linup-4.instr) | Risoe | A. Abrahamsen, N. B. Christensen, and E. Lauridsen | instr | The conventional cold-source triple-axis spectrometer TAS1 at Risoe National Laboratory used as a diffractometer for an alignment study with a vanadium sample.
Risoe TAS1_Diff_Powder (linup-5.instr) | Risoe | A. Abrahamsen, N. B. Christensen, and E. Lauridsen | instr | The conventional cold-source triple-axis spectrometer TAS1 at Risoe National Laboratory used as a diffractometer for an alignment study with a powder sample.
Risoe TAS1_Vana (linup-6.instr) | Risoe | A. Abrahamsen, N. B. Christensen, and E. Lauridsen | instr | The conventional cold-source triple-axis spectrometer TAS1 at Risoe National Laboratory used with a vanadium sample.
Risoe TAS1_Powder (linup-7.instr) | Risoe | A. Abrahamsen, N. B. Christensen, and E. Lauridsen | instr | The conventional cold-source triple-axis spectrometer TAS1 at Risoe National Laboratory used with a powder sample.
ISIS prisma2 (prisma2.instr) | ISIS/Risoe | Kristian Nielsen and Mark Hagen | instr | Simple simulation of PRISMA2 with RITA-style analyser backend.
Templates test (template.instr) | Your institution | Your name (email) | instr | Instrument short description
Templates templateDIFF (templateDIFF.instr) | LLB/ILL | E. Farhi | instr | Simple monochromator Diffractometer for powders
<Unknown> | ILL | K. Nielsen | comp | A simple Laue diffractometer
Templates templateTAS (templateTAS.instr) | ILL (France) | Emmanuel Farhi | instr | Template RESCAL type triple-axis machine (TAS)
Templates templateTOF (templateTOF.instr) | ILL | E. Farhi | instr | A test instrument for the S(q,w) sample, with furnace/container
Templates vanadium_example (vanadium_example.instr) | Risoe | Kristian Nielsen and Kim Lefmann | instr | A test instrument using a vanadium cylinder

This Component list was updated on Thu Mar 15 18:49:41 2012.

[ McStas at ILL | McStas at Risø ]