'  '  '          '  '/'

INSTRUMENT          {

NIMROD          Instrument name
/home/aks45/Gudrun/GudrunN/run/NIMROD/MCM41GasAbsorption/          Gudrun input file directory:
/home/aks45/Gudrun/GudrunN/RawData/NIMROD/RB1800005/          Data file directory
nxs          Data file type
StartupFiles/NIMROD/NIMROD84modules+9monitors+LAB5Oct2012Detector.calib          Detector calibration file name
4          User table column number for phi values
StartupFiles/NIMROD/NIMROD84modules+9monitors+LAB5Oct2012Groups.dat          Groups file name
StartupFiles/NIMROD/NIMRODdeadtimeNone.cor          Deadtime constants file name
4 5          Spectrum number(s) for incident beam monitor
0  0          Wavelength range [Å] for monitor normalisation
8 9          Spectrum number(s) for transmission monitor
0.0001          Incident monitor quiet count constant
0.0001          Transmission monitor quiet count constant
0  0          Channel numbers for spike analysis
5          Spike analysis acceptance factor
0.05  12  0.1          Wavelength range to use [Å] and step size
200            No. of smooths on monitor
0.02  30.0  -0.05          Min, Max and step in x-scale (-ve for logarithmic binning)
0  0  0  0          0 0 0 0 to end input of specified values
1          Groups acceptance factor 
4          Merge power
0          Subtract single atom scattering?
2          By channel?
20.0          Incident flight path [m]
0          Spectrum number to output diagnostic files
StartupFiles/NIMROD/sears91_gudrun.dat          Neutron scattering parameters file
1          Scale selection: 1 = Q, 2 = d-space, 3 = wavelength, 4 = energy, 5 = TOF
0          Subtract wavelength-binned data?
/home/aks45/Gudrun/Gudrun2014/Gudrun          Folder where Gudrun started
/home/aks45/Gudrun/Gudrun2014/Gudrun/StartupFiles/SLS          Folder containing the startup file
0.03          Logarithmic step size
1          Hard group edges?
StartupFiles/NIMROD/NIMROD84modules+9monitors+LAB.nexus_txt          NeXus definition file
4          Number of iterations
0          Tweak the tweak factor(s)?

}

BEAM          {

FLATPLATE          Sample geometry
2          Number of beam profile values
1.0  1.0            Beam profile values (Maximum of 50 allowed currently)
0.05  0.2  100          Step size for absorption and m.s. calculation and no. of slices
10          Angular step for corrections [deg.]          
-1.5  1.5  -1.5  1.5          Incident beam edges relative to centre of sample [cm]
-2.0  2.0  -2.1  2.1          Scattered beam edges relative to centre of sample [cm]
StartupFiles/NIMROD/spectrum000.dat          Filename containing incident beam spectrum parameters
1.0          Overall background factor 
0.0          Sample dependent background factor
0.0          Shielding attenuation coefficient [per m per A] 

}

NORMALISATION          {

1  1          Number of  files and period number
NIMROD00053768.nxs          NORMALISATION data files
1  1          Number of  files and period number
NIMROD00053769.nxs          NORMALISATION BACKGROUND data files
1          Force calculation of corrections?
V  0  0.9485          Normalisation atomic composition
Nb  0  0.0515          Normalisation atomic composition
*  0  0          * 0 0 to specify end of composition input
SameAsBeam          Geometry
0.15  0.15          Upstream and downstream thicknesses [cm]
0.0  5          Angle of rotation and sample width (cm)
-0.072          Density atoms/Å^3?
200          Temperature for normalisation Placzek correction
TABLES          Total cross section source
*          Normalisation differential cross section filename
0.01          Lower limit on smoothed normalisation  
1.05          Normalisation degree of smoothing
0.0          Minimum normalisation signal to background ratio

}

SAMPLE BACKGROUND          {

1  1          Number of  files and period number
NIMROD00053326.nxs          SAMPLE BACKGROUND data files

}

SAMPLE Empty TiZr Container          {

1  1          Number of  files and period number
NIMROD00053329.nxs          SAMPLE Empty TiZr Container data files
1          Force calculation of sample corrections?
Ti  0  7.16          Composition
Zr  0  3.438          Composition
*  0  0          * 0 0 to specify end of composition input
SameAsBeam          Geometry
0.107  0.107          Upstream and downstream thicknesses [cm]
0  5          Angle of rotation and sample width (cm)
-0.0542          Density atoms/Å^3?
0          Temperature for Placzek correction:
TRANSMISSION          Total cross section source
1.0          Tweak factor
0          Top hat width (1/Å) for cleaning up Fourier Transform
0.0          Minimum radius for FT  [Å]
0.1          g(r) broadening at r = 1A [A]
0  0          0   0          to finish specifying wavelength range of resonance
0.0  1.0  0          Exponential amplitude and decay [1/A]
*  0  0          * 0 0 to specify end of exponential parameter input
1.0          Normalisation correction factor
NIMROD00064146.msubw01          Name of file containing self scattering as a function of wavelength [A]
0          Normalise to:Nothing
20.0          Maximum radius for FT [A]
0          Output units: b/atom/sr
0.2          Power for broadening function e.g. 0.5
0.03          Step size [A] 
0          Analyse this sample? 
1.0  0.0          Sample environment scattering fraction and attenuation coefficient [per A]

}

GO          

SAMPLE  Dry MCM41 at 88K Adjust tweak factor 1 ver 2          {

4  1          Number of  files and period number
NIMROD00053339.nxs          SAMPLE  Dry MCM41 at 88K Adjust tweak factor 1 ver 2 data files
NIMROD00053340.nxs          SAMPLE  Dry MCM41 at 88K Adjust tweak factor 1 ver 2 data files
NIMROD00053341.nxs          SAMPLE  Dry MCM41 at 88K Adjust tweak factor 1 ver 2 data files
NIMROD00053342.nxs          SAMPLE  Dry MCM41 at 88K Adjust tweak factor 1 ver 2 data files
1          Force calculation of sample corrections?
Si  0  1.0          Composition
O  0  2.11          Composition
H  0  0.22          Composition
*  0  0          * 0 0 to specify end of composition input
SameAsBeam          Geometry
0.1  0.1          Upstream and downstream thicknesses [cm]
0  10          Angle of rotation and sample width (cm)
-0.02484          Density atoms/Å^3?
0          Temperature for Placzek correction:
TRANSMISSION          Total cross section source
5.45          Tweak factor
0          Top hat width (1/Å) for cleaning up Fourier Transform
0          Minimum radius for FT  [Å]
0.05          g(r) broadening at r = 1A [A]
0  0          0   0          to finish specifying wavelength range of resonance
0.0  1.0  0          Exponential amplitude and decay [1/A]
*  0  0          * 0 0 to specify end of exponential parameter input
1.0          Normalisation correction factor
*          Name of file containing self scattering as a function of wavelength [A]
0          Normalise to:Nothing
20.0          Maximum radius for FT [A]
0          Output units: b/atom/sr
0.05          Power for broadening function e.g. 0.5
0.03          Step size [A] 
1          Analyse this sample? 
1.0  0.0          Sample environment scattering fraction and attenuation coefficient [per A]

}

CONTAINER 2mm TiZr flat plate cell          {

1  1          Number of  files and period number
NIMROD00053329.nxs          CONTAINER 2mm TiZr flat plate cell data files
Ti  0  7.16          Composition
Zr  0  3.438          Composition
*  0  0          * 0 0 to specify end of composition input
SameAsBeam          Geometry
0.1  0.1          Upstream and downstream thicknesses [cm]
0  10          Angle of rotation and sample width (cm)
-0.0542          Density atoms/Å^3?
TRANSMISSION          Total cross section source
1.0          Tweak factor
1.0  0.0          Sample environment scattering fraction and attenuation coefficient [per A]

}

GO          

SAMPLE  O2 in MCM41 at 130K          {

4  1          Number of  files and period number
NIMROD00053411.nxs          SAMPLE  O2 in MCM41 at 130K data files
NIMROD00053412.nxs          SAMPLE  O2 in MCM41 at 130K data files
NIMROD00053413.nxs          SAMPLE  O2 in MCM41 at 130K data files
NIMROD00053414.nxs          SAMPLE  O2 in MCM41 at 130K data files
1          Force calculation of sample corrections?
Si  0  1.0          Composition
O  0  2.11          Composition
H  0  0.22          Composition
*  0  0          * 0 0 to specify end of composition input
SameAsBeam          Geometry
0.1  0.1          Upstream and downstream thicknesses [cm]
0  10          Angle of rotation and sample width (cm)
-0.02484          Density atoms/Å^3?
0          Temperature for Placzek correction:
TRANSMISSION          Total cross section source
5.45          Tweak factor
0          Top hat width (1/Å) for cleaning up Fourier Transform
0          Minimum radius for FT  [Å]
0.05          g(r) broadening at r = 1A [A]
0  0          0   0          to finish specifying wavelength range of resonance
0.0  1.0  0          Exponential amplitude and decay [1/A]
*  0  0          * 0 0 to specify end of exponential parameter input
1.0          Normalisation correction factor
NIMROD00064162.msubw01          Name of file containing self scattering as a function of wavelength [A]
0          Normalise to:Nothing
20.0          Maximum radius for FT [A]
0          Output units: b/atom/sr
0.05          Power for broadening function e.g. 0.5
0.03          Step size [A] 
1          Analyse this sample? 
1.0  0.0          Sample environment scattering fraction and attenuation coefficient [per A]

}

CONTAINER 2mm TiZr flat plate cell          {

1  1          Number of  files and period number
NIMROD00053329.nxs          CONTAINER 2mm TiZr flat plate cell data files
Ti  0  7.16          Composition
Zr  0  3.438          Composition
*  0  0          * 0 0 to specify end of composition input
SameAsBeam          Geometry
0.1  0.1          Upstream and downstream thicknesses [cm]
0  10          Angle of rotation and sample width (cm)
-0.0542          Density atoms/Å^3?
TRANSMISSION          Total cross section source
1.0          Tweak factor
1.0  0.0          Sample environment scattering fraction and attenuation coefficient [per A]

}

GO          

SAMPLE  O2 in MCM41 at 128K          {

4  1          Number of  files and period number
NIMROD00053419.nxs          SAMPLE  O2 in MCM41 at 128K data files
NIMROD00053420.nxs          SAMPLE  O2 in MCM41 at 128K data files
NIMROD00053421.nxs          SAMPLE  O2 in MCM41 at 128K data files
NIMROD00053422.nxs          SAMPLE  O2 in MCM41 at 128K data files
1          Force calculation of sample corrections?
Si  0  1.0          Composition
O  0  2.11          Composition
H  0  0.22          Composition
*  0  0          * 0 0 to specify end of composition input
SameAsBeam          Geometry
0.1  0.1          Upstream and downstream thicknesses [cm]
0  10          Angle of rotation and sample width (cm)
-0.02484          Density atoms/Å^3?
0          Temperature for Placzek correction:
TRANSMISSION          Total cross section source
5.45          Tweak factor
0          Top hat width (1/Å) for cleaning up Fourier Transform
0          Minimum radius for FT  [Å]
0.05          g(r) broadening at r = 1A [A]
0  0          0   0          to finish specifying wavelength range of resonance
0.0  1.0  0          Exponential amplitude and decay [1/A]
*  0  0          * 0 0 to specify end of exponential parameter input
1.0          Normalisation correction factor
NIMROD00064162.msubw01          Name of file containing self scattering as a function of wavelength [A]
0          Normalise to:Nothing
20.0          Maximum radius for FT [A]
0          Output units: b/atom/sr
0.05          Power for broadening function e.g. 0.5
0.03          Step size [A] 
1          Analyse this sample? 
1.0  0.0          Sample environment scattering fraction and attenuation coefficient [per A]

}

CONTAINER 2mm TiZr flat plate cell          {

1  1          Number of  files and period number
NIMROD00053329.nxs          CONTAINER 2mm TiZr flat plate cell data files
Ti  0  7.16          Composition
Zr  0  3.438          Composition
*  0  0          * 0 0 to specify end of composition input
SameAsBeam          Geometry
0.1  0.1          Upstream and downstream thicknesses [cm]
0  10          Angle of rotation and sample width (cm)
-0.0542          Density atoms/Å^3?
TRANSMISSION          Total cross section source
1.0          Tweak factor
1.0  0.0          Sample environment scattering fraction and attenuation coefficient [per A]

}

GO          

SAMPLE  O2 in MCM41 at 126K          {

4  1          Number of  files and period number
NIMROD00053427.nxs          SAMPLE  O2 in MCM41 at 126K data files
NIMROD00053428.nxs          SAMPLE  O2 in MCM41 at 126K data files
NIMROD00053429.nxs          SAMPLE  O2 in MCM41 at 126K data files
NIMROD00053430.nxs          SAMPLE  O2 in MCM41 at 126K data files
1          Force calculation of sample corrections?
Si  0  1.0          Composition
O  0  2.11          Composition
H  0  0.22          Composition
*  0  0          * 0 0 to specify end of composition input
SameAsBeam          Geometry
0.1  0.1          Upstream and downstream thicknesses [cm]
0  10          Angle of rotation and sample width (cm)
-0.02484          Density atoms/Å^3?
0          Temperature for Placzek correction:
TRANSMISSION          Total cross section source
5.45          Tweak factor
0          Top hat width (1/Å) for cleaning up Fourier Transform
0          Minimum radius for FT  [Å]
0.05          g(r) broadening at r = 1A [A]
0  0          0   0          to finish specifying wavelength range of resonance
0.0  1.0  0          Exponential amplitude and decay [1/A]
*  0  0          * 0 0 to specify end of exponential parameter input
1.0          Normalisation correction factor
NIMROD00064162.msubw01          Name of file containing self scattering as a function of wavelength [A]
0          Normalise to:Nothing
20.0          Maximum radius for FT [A]
0          Output units: b/atom/sr
0.05          Power for broadening function e.g. 0.5
0.03          Step size [A] 
1          Analyse this sample? 
1.0  0.0          Sample environment scattering fraction and attenuation coefficient [per A]

}

CONTAINER 2mm TiZr flat plate cell          {

1  1          Number of  files and period number
NIMROD00053329.nxs          CONTAINER 2mm TiZr flat plate cell data files
Ti  0  7.16          Composition
Zr  0  3.438          Composition
*  0  0          * 0 0 to specify end of composition input
SameAsBeam          Geometry
0.1  0.1          Upstream and downstream thicknesses [cm]
0  10          Angle of rotation and sample width (cm)
-0.0542          Density atoms/Å^3?
TRANSMISSION          Total cross section source
1.0          Tweak factor
1.0  0.0          Sample environment scattering fraction and attenuation coefficient [per A]

}

GO          

SAMPLE  O2 in MCM41 at 124K          {

4  1          Number of  files and period number
NIMROD00053435.nxs          SAMPLE  O2 in MCM41 at 124K data files
NIMROD00053436.nxs          SAMPLE  O2 in MCM41 at 124K data files
NIMROD00053437.nxs          SAMPLE  O2 in MCM41 at 124K data files
NIMROD00053438.nxs          SAMPLE  O2 in MCM41 at 124K data files
1          Force calculation of sample corrections?
Si  0  1.0          Composition
O  0  2.11          Composition
H  0  0.22          Composition
*  0  0          * 0 0 to specify end of composition input
SameAsBeam          Geometry
0.1  0.1          Upstream and downstream thicknesses [cm]
0  10          Angle of rotation and sample width (cm)
-0.02484          Density atoms/Å^3?
0          Temperature for Placzek correction:
TRANSMISSION          Total cross section source
5.45          Tweak factor
0          Top hat width (1/Å) for cleaning up Fourier Transform
0          Minimum radius for FT  [Å]
0.05          g(r) broadening at r = 1A [A]
0  0          0   0          to finish specifying wavelength range of resonance
0.0  1.0  0          Exponential amplitude and decay [1/A]
*  0  0          * 0 0 to specify end of exponential parameter input
1.0          Normalisation correction factor
NIMROD00064162.msubw01          Name of file containing self scattering as a function of wavelength [A]
0          Normalise to:Nothing
20.0          Maximum radius for FT [A]
0          Output units: b/atom/sr
0.05          Power for broadening function e.g. 0.5
0.03          Step size [A] 
1          Analyse this sample? 
1.0  0.0          Sample environment scattering fraction and attenuation coefficient [per A]

}

CONTAINER 2mm TiZr flat plate cell          {

1  1          Number of  files and period number
NIMROD00053329.nxs          CONTAINER 2mm TiZr flat plate cell data files
Ti  0  7.16          Composition
Zr  0  3.438          Composition
*  0  0          * 0 0 to specify end of composition input
SameAsBeam          Geometry
0.1  0.1          Upstream and downstream thicknesses [cm]
0  10          Angle of rotation and sample width (cm)
-0.0542          Density atoms/Å^3?
TRANSMISSION          Total cross section source
1.0          Tweak factor
1.0  0.0          Sample environment scattering fraction and attenuation coefficient [per A]

}

GO          

SAMPLE  O2 in MCM41 at 122K          {

4  1          Number of  files and period number
NIMROD00053439.nxs          SAMPLE  O2 in MCM41 at 122K data files
NIMROD00053440.nxs          SAMPLE  O2 in MCM41 at 122K data files
NIMROD00053441.nxs          SAMPLE  O2 in MCM41 at 122K data files
NIMROD00053442.nxs          SAMPLE  O2 in MCM41 at 122K data files
1          Force calculation of sample corrections?
Si  0  1.0          Composition
O  0  2.11          Composition
H  0  0.22          Composition
*  0  0          * 0 0 to specify end of composition input
SameAsBeam          Geometry
0.1  0.1          Upstream and downstream thicknesses [cm]
0  10          Angle of rotation and sample width (cm)
-0.02484          Density atoms/Å^3?
0          Temperature for Placzek correction:
TRANSMISSION          Total cross section source
5.45          Tweak factor
0          Top hat width (1/Å) for cleaning up Fourier Transform
0          Minimum radius for FT  [Å]
0.05          g(r) broadening at r = 1A [A]
0  0          0   0          to finish specifying wavelength range of resonance
0.0  1.0  0          Exponential amplitude and decay [1/A]
*  0  0          * 0 0 to specify end of exponential parameter input
1.0          Normalisation correction factor
NIMROD00064162.msubw01          Name of file containing self scattering as a function of wavelength [A]
0          Normalise to:Nothing
20.0          Maximum radius for FT [A]
0          Output units: b/atom/sr
0.05          Power for broadening function e.g. 0.5
0.03          Step size [A] 
1          Analyse this sample? 
1.0  0.0          Sample environment scattering fraction and attenuation coefficient [per A]

}

CONTAINER 2mm TiZr flat plate cell          {

1  1          Number of  files and period number
NIMROD00053329.nxs          CONTAINER 2mm TiZr flat plate cell data files
Ti  0  7.16          Composition
Zr  0  3.438          Composition
*  0  0          * 0 0 to specify end of composition input
SameAsBeam          Geometry
0.1  0.1          Upstream and downstream thicknesses [cm]
0  10          Angle of rotation and sample width (cm)
-0.0542          Density atoms/Å^3?
TRANSMISSION          Total cross section source
1.0          Tweak factor
1.0  0.0          Sample environment scattering fraction and attenuation coefficient [per A]

}

GO          

SAMPLE  O2 in MCM41 at 120K          {

4  1          Number of  files and period number
NIMROD00053443.nxs          SAMPLE  O2 in MCM41 at 120K data files
NIMROD00053444.nxs          SAMPLE  O2 in MCM41 at 120K data files
NIMROD00053445.nxs          SAMPLE  O2 in MCM41 at 120K data files
NIMROD00053446.nxs          SAMPLE  O2 in MCM41 at 120K data files
1          Force calculation of sample corrections?
Si  0  1.0          Composition
O  0  2.11          Composition
H  0  0.22          Composition
*  0  0          * 0 0 to specify end of composition input
SameAsBeam          Geometry
0.1  0.1          Upstream and downstream thicknesses [cm]
0  10          Angle of rotation and sample width (cm)
-0.02484          Density atoms/Å^3?
0          Temperature for Placzek correction:
TRANSMISSION          Total cross section source
5.45          Tweak factor
0          Top hat width (1/Å) for cleaning up Fourier Transform
0          Minimum radius for FT  [Å]
0.05          g(r) broadening at r = 1A [A]
0  0          0   0          to finish specifying wavelength range of resonance
0.0  1.0  0          Exponential amplitude and decay [1/A]
*  0  0          * 0 0 to specify end of exponential parameter input
1.0          Normalisation correction factor
NIMROD00064162.msubw01          Name of file containing self scattering as a function of wavelength [A]
0          Normalise to:Nothing
20.0          Maximum radius for FT [A]
0          Output units: b/atom/sr
0.05          Power for broadening function e.g. 0.5
0.03          Step size [A] 
1          Analyse this sample? 
1.0  0.0          Sample environment scattering fraction and attenuation coefficient [per A]

}

CONTAINER 2mm TiZr flat plate cell          {

1  1          Number of  files and period number
NIMROD00053329.nxs          CONTAINER 2mm TiZr flat plate cell data files
Ti  0  7.16          Composition
Zr  0  3.438          Composition
*  0  0          * 0 0 to specify end of composition input
SameAsBeam          Geometry
0.1  0.1          Upstream and downstream thicknesses [cm]
0  10          Angle of rotation and sample width (cm)
-0.0542          Density atoms/Å^3?
TRANSMISSION          Total cross section source
1.0          Tweak factor
1.0  0.0          Sample environment scattering fraction and attenuation coefficient [per A]

}

GO          

SAMPLE  O2 in MCM41 at 118K          {

4  1          Number of  files and period number
NIMROD00053447.nxs          SAMPLE  O2 in MCM41 at 118K data files
NIMROD00053448.nxs          SAMPLE  O2 in MCM41 at 118K data files
NIMROD00053449.nxs          SAMPLE  O2 in MCM41 at 118K data files
NIMROD00053450.nxs          SAMPLE  O2 in MCM41 at 118K data files
1          Force calculation of sample corrections?
Si  0  1.0          Composition
O  0  2.11          Composition
H  0  0.22          Composition
*  0  0          * 0 0 to specify end of composition input
SameAsBeam          Geometry
0.1  0.1          Upstream and downstream thicknesses [cm]
0  10          Angle of rotation and sample width (cm)
-0.02484          Density atoms/Å^3?
0          Temperature for Placzek correction:
TRANSMISSION          Total cross section source
5.45          Tweak factor
0          Top hat width (1/Å) for cleaning up Fourier Transform
0          Minimum radius for FT  [Å]
0.05          g(r) broadening at r = 1A [A]
0  0          0   0          to finish specifying wavelength range of resonance
0.0  1.0  0          Exponential amplitude and decay [1/A]
*  0  0          * 0 0 to specify end of exponential parameter input
1.0          Normalisation correction factor
NIMROD00064162.msubw01          Name of file containing self scattering as a function of wavelength [A]
0          Normalise to:Nothing
20.0          Maximum radius for FT [A]
0          Output units: b/atom/sr
0.05          Power for broadening function e.g. 0.5
0.03          Step size [A] 
1          Analyse this sample? 
1.0  0.0          Sample environment scattering fraction and attenuation coefficient [per A]

}

CONTAINER 2mm TiZr flat plate cell          {

1  1          Number of  files and period number
NIMROD00053329.nxs          CONTAINER 2mm TiZr flat plate cell data files
Ti  0  7.16          Composition
Zr  0  3.438          Composition
*  0  0          * 0 0 to specify end of composition input
SameAsBeam          Geometry
0.1  0.1          Upstream and downstream thicknesses [cm]
0  10          Angle of rotation and sample width (cm)
-0.0542          Density atoms/Å^3?
TRANSMISSION          Total cross section source
1.0          Tweak factor
1.0  0.0          Sample environment scattering fraction and attenuation coefficient [per A]

}

GO          

SAMPLE  O2 in MCM41 at 116K          {

4  1          Number of  files and period number
NIMROD00053451.nxs          SAMPLE  O2 in MCM41 at 116K data files
NIMROD00053452.nxs          SAMPLE  O2 in MCM41 at 116K data files
NIMROD00053453.nxs          SAMPLE  O2 in MCM41 at 116K data files
NIMROD00053454.nxs          SAMPLE  O2 in MCM41 at 116K data files
1          Force calculation of sample corrections?
Si  0  1.0          Composition
O  0  2.11          Composition
H  0  0.22          Composition
*  0  0          * 0 0 to specify end of composition input
SameAsBeam          Geometry
0.1  0.1          Upstream and downstream thicknesses [cm]
0  10          Angle of rotation and sample width (cm)
-0.02484          Density atoms/Å^3?
0          Temperature for Placzek correction:
TRANSMISSION          Total cross section source
5.45          Tweak factor
0          Top hat width (1/Å) for cleaning up Fourier Transform
0          Minimum radius for FT  [Å]
0.05          g(r) broadening at r = 1A [A]
0  0          0   0          to finish specifying wavelength range of resonance
0.0  1.0  0          Exponential amplitude and decay [1/A]
*  0  0          * 0 0 to specify end of exponential parameter input
1.0          Normalisation correction factor
NIMROD00064162.msubw01          Name of file containing self scattering as a function of wavelength [A]
0          Normalise to:Nothing
20.0          Maximum radius for FT [A]
0          Output units: b/atom/sr
0.05          Power for broadening function e.g. 0.5
0.03          Step size [A] 
1          Analyse this sample? 
1.0  0.0          Sample environment scattering fraction and attenuation coefficient [per A]

}

CONTAINER 2mm TiZr flat plate cell          {

1  1          Number of  files and period number
NIMROD00053329.nxs          CONTAINER 2mm TiZr flat plate cell data files
Ti  0  7.16          Composition
Zr  0  3.438          Composition
*  0  0          * 0 0 to specify end of composition input
SameAsBeam          Geometry
0.1  0.1          Upstream and downstream thicknesses [cm]
0  10          Angle of rotation and sample width (cm)
-0.0542          Density atoms/Å^3?
TRANSMISSION          Total cross section source
1.0          Tweak factor
1.0  0.0          Sample environment scattering fraction and attenuation coefficient [per A]

}

GO          

SAMPLE  O2 in MCM41 at 114K          {

4  1          Number of  files and period number
NIMROD00053455.nxs          SAMPLE  O2 in MCM41 at 114K data files
NIMROD00053456.nxs          SAMPLE  O2 in MCM41 at 114K data files
NIMROD00053457.nxs          SAMPLE  O2 in MCM41 at 114K data files
NIMROD00053458.nxs          SAMPLE  O2 in MCM41 at 114K data files
1          Force calculation of sample corrections?
Si  0  1.0          Composition
O  0  2.11          Composition
H  0  0.22          Composition
*  0  0          * 0 0 to specify end of composition input
SameAsBeam          Geometry
0.1  0.1          Upstream and downstream thicknesses [cm]
0  10          Angle of rotation and sample width (cm)
-0.02484          Density atoms/Å^3?
0          Temperature for Placzek correction:
TRANSMISSION          Total cross section source
5.45          Tweak factor
0          Top hat width (1/Å) for cleaning up Fourier Transform
0          Minimum radius for FT  [Å]
0.05          g(r) broadening at r = 1A [A]
0  0          0   0          to finish specifying wavelength range of resonance
0.0  1.0  0          Exponential amplitude and decay [1/A]
*  0  0          * 0 0 to specify end of exponential parameter input
1.0          Normalisation correction factor
NIMROD00064162.msubw01          Name of file containing self scattering as a function of wavelength [A]
0          Normalise to:Nothing
20.0          Maximum radius for FT [A]
0          Output units: b/atom/sr
0.05          Power for broadening function e.g. 0.5
0.03          Step size [A] 
1          Analyse this sample? 
1.0  0.0          Sample environment scattering fraction and attenuation coefficient [per A]

}

CONTAINER 2mm TiZr flat plate cell          {

1  1          Number of  files and period number
NIMROD00053329.nxs          CONTAINER 2mm TiZr flat plate cell data files
Ti  0  7.16          Composition
Zr  0  3.438          Composition
*  0  0          * 0 0 to specify end of composition input
SameAsBeam          Geometry
0.1  0.1          Upstream and downstream thicknesses [cm]
0  10          Angle of rotation and sample width (cm)
-0.0542          Density atoms/Å^3?
TRANSMISSION          Total cross section source
1.0          Tweak factor
1.0  0.0          Sample environment scattering fraction and attenuation coefficient [per A]

}

GO          

SAMPLE  O2 in MCM41 at 112K          {

4  1          Number of  files and period number
NIMROD00053459.nxs          SAMPLE  O2 in MCM41 at 112K data files
NIMROD00053460.nxs          SAMPLE  O2 in MCM41 at 112K data files
NIMROD00053461.nxs          SAMPLE  O2 in MCM41 at 112K data files
NIMROD00053462.nxs          SAMPLE  O2 in MCM41 at 112K data files
1          Force calculation of sample corrections?
Si  0  1.0          Composition
O  0  2.11          Composition
H  0  0.22          Composition
*  0  0          * 0 0 to specify end of composition input
SameAsBeam          Geometry
0.1  0.1          Upstream and downstream thicknesses [cm]
0  10          Angle of rotation and sample width (cm)
-0.02484          Density atoms/Å^3?
0          Temperature for Placzek correction:
TRANSMISSION          Total cross section source
5.45          Tweak factor
0          Top hat width (1/Å) for cleaning up Fourier Transform
0          Minimum radius for FT  [Å]
0.05          g(r) broadening at r = 1A [A]
0  0          0   0          to finish specifying wavelength range of resonance
0.0  1.0  0          Exponential amplitude and decay [1/A]
*  0  0          * 0 0 to specify end of exponential parameter input
1.0          Normalisation correction factor
NIMROD00064162.msubw01          Name of file containing self scattering as a function of wavelength [A]
0          Normalise to:Nothing
20.0          Maximum radius for FT [A]
0          Output units: b/atom/sr
0.05          Power for broadening function e.g. 0.5
0.03          Step size [A] 
1          Analyse this sample? 
1.0  0.0          Sample environment scattering fraction and attenuation coefficient [per A]

}

CONTAINER 2mm TiZr flat plate cell          {

1  1          Number of  files and period number
NIMROD00053329.nxs          CONTAINER 2mm TiZr flat plate cell data files
Ti  0  7.16          Composition
Zr  0  3.438          Composition
*  0  0          * 0 0 to specify end of composition input
SameAsBeam          Geometry
0.1  0.1          Upstream and downstream thicknesses [cm]
0  10          Angle of rotation and sample width (cm)
-0.0542          Density atoms/Å^3?
TRANSMISSION          Total cross section source
1.0          Tweak factor
1.0  0.0          Sample environment scattering fraction and attenuation coefficient [per A]

}

GO          

SAMPLE  O2 in MCM41 at 110K          {

4  1          Number of  files and period number
NIMROD00053463.nxs          SAMPLE  O2 in MCM41 at 110K data files
NIMROD00053464.nxs          SAMPLE  O2 in MCM41 at 110K data files
NIMROD00053465.nxs          SAMPLE  O2 in MCM41 at 110K data files
NIMROD00053466.nxs          SAMPLE  O2 in MCM41 at 110K data files
1          Force calculation of sample corrections?
Si  0  1.0          Composition
O  0  2.11          Composition
H  0  0.22          Composition
*  0  0          * 0 0 to specify end of composition input
SameAsBeam          Geometry
0.1  0.1          Upstream and downstream thicknesses [cm]
0  10          Angle of rotation and sample width (cm)
-0.02484          Density atoms/Å^3?
0          Temperature for Placzek correction:
TRANSMISSION          Total cross section source
5.45          Tweak factor
0          Top hat width (1/Å) for cleaning up Fourier Transform
0          Minimum radius for FT  [Å]
0.05          g(r) broadening at r = 1A [A]
0  0          0   0          to finish specifying wavelength range of resonance
0.0  1.0  0          Exponential amplitude and decay [1/A]
*  0  0          * 0 0 to specify end of exponential parameter input
1.0          Normalisation correction factor
NIMROD00064162.msubw01          Name of file containing self scattering as a function of wavelength [A]
0          Normalise to:Nothing
20.0          Maximum radius for FT [A]
0          Output units: b/atom/sr
0.05          Power for broadening function e.g. 0.5
0.03          Step size [A] 
1          Analyse this sample? 
1.0  0.0          Sample environment scattering fraction and attenuation coefficient [per A]

}

CONTAINER 2mm TiZr flat plate cell          {

1  1          Number of  files and period number
NIMROD00053329.nxs          CONTAINER 2mm TiZr flat plate cell data files
Ti  0  7.16          Composition
Zr  0  3.438          Composition
*  0  0          * 0 0 to specify end of composition input
SameAsBeam          Geometry
0.1  0.1          Upstream and downstream thicknesses [cm]
0  10          Angle of rotation and sample width (cm)
-0.0542          Density atoms/Å^3?
TRANSMISSION          Total cross section source
1.0          Tweak factor
1.0  0.0          Sample environment scattering fraction and attenuation coefficient [per A]

}

GO          

SAMPLE  O2 in MCM41 at 108K          {

4  1          Number of  files and period number
NIMROD00053467.nxs          SAMPLE  O2 in MCM41 at 108K data files
NIMROD00053468.nxs          SAMPLE  O2 in MCM41 at 108K data files
NIMROD00053469.nxs          SAMPLE  O2 in MCM41 at 108K data files
NIMROD00053470.nxs          SAMPLE  O2 in MCM41 at 108K data files
1          Force calculation of sample corrections?
Si  0  1.0          Composition
O  0  2.11          Composition
H  0  0.22          Composition
*  0  0          * 0 0 to specify end of composition input
SameAsBeam          Geometry
0.1  0.1          Upstream and downstream thicknesses [cm]
0  10          Angle of rotation and sample width (cm)
-0.02484          Density atoms/Å^3?
0          Temperature for Placzek correction:
TRANSMISSION          Total cross section source
5.45          Tweak factor
0          Top hat width (1/Å) for cleaning up Fourier Transform
0          Minimum radius for FT  [Å]
0.05          g(r) broadening at r = 1A [A]
0  0          0   0          to finish specifying wavelength range of resonance
0.0  1.0  0          Exponential amplitude and decay [1/A]
*  0  0          * 0 0 to specify end of exponential parameter input
1.0          Normalisation correction factor
NIMROD00064162.msubw01          Name of file containing self scattering as a function of wavelength [A]
0          Normalise to:Nothing
20.0          Maximum radius for FT [A]
0          Output units: b/atom/sr
0.05          Power for broadening function e.g. 0.5
0.03          Step size [A] 
1          Analyse this sample? 
1.0  0.0          Sample environment scattering fraction and attenuation coefficient [per A]

}

CONTAINER 2mm TiZr flat plate cell          {

1  1          Number of  files and period number
NIMROD00053329.nxs          CONTAINER 2mm TiZr flat plate cell data files
Ti  0  7.16          Composition
Zr  0  3.438          Composition
*  0  0          * 0 0 to specify end of composition input
SameAsBeam          Geometry
0.1  0.1          Upstream and downstream thicknesses [cm]
0  10          Angle of rotation and sample width (cm)
-0.0542          Density atoms/Å^3?
TRANSMISSION          Total cross section source
1.0          Tweak factor
1.0  0.0          Sample environment scattering fraction and attenuation coefficient [per A]

}

GO          

SAMPLE  O2 in MCM41 at 106K          {

4  1          Number of  files and period number
NIMROD00053471.nxs          SAMPLE  O2 in MCM41 at 106K data files
NIMROD00053472.nxs          SAMPLE  O2 in MCM41 at 106K data files
NIMROD00053473.nxs          SAMPLE  O2 in MCM41 at 106K data files
NIMROD00053474.nxs          SAMPLE  O2 in MCM41 at 106K data files
1          Force calculation of sample corrections?
Si  0  1.0          Composition
O  0  2.11          Composition
H  0  0.22          Composition
*  0  0          * 0 0 to specify end of composition input
SameAsBeam          Geometry
0.1  0.1          Upstream and downstream thicknesses [cm]
0  10          Angle of rotation and sample width (cm)
-0.02484          Density atoms/Å^3?
0          Temperature for Placzek correction:
TRANSMISSION          Total cross section source
5.45          Tweak factor
0          Top hat width (1/Å) for cleaning up Fourier Transform
0          Minimum radius for FT  [Å]
0.05          g(r) broadening at r = 1A [A]
0  0          0   0          to finish specifying wavelength range of resonance
0.0  1.0  0          Exponential amplitude and decay [1/A]
*  0  0          * 0 0 to specify end of exponential parameter input
1.0          Normalisation correction factor
NIMROD00064162.msubw01          Name of file containing self scattering as a function of wavelength [A]
0          Normalise to:Nothing
20.0          Maximum radius for FT [A]
0          Output units: b/atom/sr
0.05          Power for broadening function e.g. 0.5
0.03          Step size [A] 
1          Analyse this sample? 
1.0  0.0          Sample environment scattering fraction and attenuation coefficient [per A]

}

CONTAINER 2mm TiZr flat plate cell          {

1  1          Number of  files and period number
NIMROD00053329.nxs          CONTAINER 2mm TiZr flat plate cell data files
Ti  0  7.16          Composition
Zr  0  3.438          Composition
*  0  0          * 0 0 to specify end of composition input
SameAsBeam          Geometry
0.1  0.1          Upstream and downstream thicknesses [cm]
0  10          Angle of rotation and sample width (cm)
-0.0542          Density atoms/Å^3?
TRANSMISSION          Total cross section source
1.0          Tweak factor
1.0  0.0          Sample environment scattering fraction and attenuation coefficient [per A]

}

GO          

SAMPLE  O2 in MCM41 at 104K          {

4  1          Number of  files and period number
NIMROD00053475.nxs          SAMPLE  O2 in MCM41 at 104K data files
NIMROD00053476.nxs          SAMPLE  O2 in MCM41 at 104K data files
NIMROD00053477.nxs          SAMPLE  O2 in MCM41 at 104K data files
NIMROD00053478.nxs          SAMPLE  O2 in MCM41 at 104K data files
1          Force calculation of sample corrections?
Si  0  1.0          Composition
O  0  2.11          Composition
H  0  0.22          Composition
*  0  0          * 0 0 to specify end of composition input
SameAsBeam          Geometry
0.1  0.1          Upstream and downstream thicknesses [cm]
0  10          Angle of rotation and sample width (cm)
-0.02484          Density atoms/Å^3?
0          Temperature for Placzek correction:
TRANSMISSION          Total cross section source
5.45          Tweak factor
0          Top hat width (1/Å) for cleaning up Fourier Transform
0          Minimum radius for FT  [Å]
0.05          g(r) broadening at r = 1A [A]
0  0          0   0          to finish specifying wavelength range of resonance
0.0  1.0  0          Exponential amplitude and decay [1/A]
*  0  0          * 0 0 to specify end of exponential parameter input
1.0          Normalisation correction factor
NIMROD00064162.msubw01          Name of file containing self scattering as a function of wavelength [A]
0          Normalise to:Nothing
20.0          Maximum radius for FT [A]
0          Output units: b/atom/sr
0.05          Power for broadening function e.g. 0.5
0.03          Step size [A] 
1          Analyse this sample? 
1.0  0.0          Sample environment scattering fraction and attenuation coefficient [per A]

}

CONTAINER 2mm TiZr flat plate cell          {

1  1          Number of  files and period number
NIMROD00053329.nxs          CONTAINER 2mm TiZr flat plate cell data files
Ti  0  7.16          Composition
Zr  0  3.438          Composition
*  0  0          * 0 0 to specify end of composition input
SameAsBeam          Geometry
0.1  0.1          Upstream and downstream thicknesses [cm]
0  10          Angle of rotation and sample width (cm)
-0.0542          Density atoms/Å^3?
TRANSMISSION          Total cross section source
1.0          Tweak factor
1.0  0.0          Sample environment scattering fraction and attenuation coefficient [per A]

}

GO          

SAMPLE  O2 in MCM41 at 102K          {

4  1          Number of  files and period number
NIMROD00053479.nxs          SAMPLE  O2 in MCM41 at 102K data files
NIMROD00053480.nxs          SAMPLE  O2 in MCM41 at 102K data files
NIMROD00053481.nxs          SAMPLE  O2 in MCM41 at 102K data files
NIMROD00053482.nxs          SAMPLE  O2 in MCM41 at 102K data files
1          Force calculation of sample corrections?
Si  0  1.0          Composition
O  0  2.11          Composition
H  0  0.22          Composition
*  0  0          * 0 0 to specify end of composition input
SameAsBeam          Geometry
0.1  0.1          Upstream and downstream thicknesses [cm]
0  10          Angle of rotation and sample width (cm)
-0.02484          Density atoms/Å^3?
0          Temperature for Placzek correction:
TRANSMISSION          Total cross section source
5.45          Tweak factor
0          Top hat width (1/Å) for cleaning up Fourier Transform
0          Minimum radius for FT  [Å]
0.05          g(r) broadening at r = 1A [A]
0  0          0   0          to finish specifying wavelength range of resonance
0.0  1.0  0          Exponential amplitude and decay [1/A]
*  0  0          * 0 0 to specify end of exponential parameter input
1.0          Normalisation correction factor
NIMROD00064162.msubw01          Name of file containing self scattering as a function of wavelength [A]
0          Normalise to:Nothing
20.0          Maximum radius for FT [A]
0          Output units: b/atom/sr
0.05          Power for broadening function e.g. 0.5
0.03          Step size [A] 
1          Analyse this sample? 
1.0  0.0          Sample environment scattering fraction and attenuation coefficient [per A]

}

CONTAINER 2mm TiZr flat plate cell          {

1  1          Number of  files and period number
NIMROD00053329.nxs          CONTAINER 2mm TiZr flat plate cell data files
Ti  0  7.16          Composition
Zr  0  3.438          Composition
*  0  0          * 0 0 to specify end of composition input
SameAsBeam          Geometry
0.1  0.1          Upstream and downstream thicknesses [cm]
0  10          Angle of rotation and sample width (cm)
-0.0542          Density atoms/Å^3?
TRANSMISSION          Total cross section source
1.0          Tweak factor
1.0  0.0          Sample environment scattering fraction and attenuation coefficient [per A]

}

GO          

SAMPLE  O2 in MCM41 at 100K          {

4  1          Number of  files and period number
NIMROD00053483.nxs          SAMPLE  O2 in MCM41 at 100K data files
NIMROD00053484.nxs          SAMPLE  O2 in MCM41 at 100K data files
NIMROD00053485.nxs          SAMPLE  O2 in MCM41 at 100K data files
NIMROD00053486.nxs          SAMPLE  O2 in MCM41 at 100K data files
1          Force calculation of sample corrections?
Si  0  1.0          Composition
O  0  2.11          Composition
H  0  0.22          Composition
*  0  0          * 0 0 to specify end of composition input
SameAsBeam          Geometry
0.1  0.1          Upstream and downstream thicknesses [cm]
0  10          Angle of rotation and sample width (cm)
-0.02484          Density atoms/Å^3?
0          Temperature for Placzek correction:
TRANSMISSION          Total cross section source
5.45          Tweak factor
0          Top hat width (1/Å) for cleaning up Fourier Transform
0          Minimum radius for FT  [Å]
0.05          g(r) broadening at r = 1A [A]
0  0          0   0          to finish specifying wavelength range of resonance
0.0  1.0  0          Exponential amplitude and decay [1/A]
*  0  0          * 0 0 to specify end of exponential parameter input
1.0          Normalisation correction factor
NIMROD00064162.msubw01          Name of file containing self scattering as a function of wavelength [A]
0          Normalise to:Nothing
20.0          Maximum radius for FT [A]
0          Output units: b/atom/sr
0.05          Power for broadening function e.g. 0.5
0.03          Step size [A] 
1          Analyse this sample? 
1.0  0.0          Sample environment scattering fraction and attenuation coefficient [per A]

}

CONTAINER 2mm TiZr flat plate cell          {

1  1          Number of  files and period number
NIMROD00053329.nxs          CONTAINER 2mm TiZr flat plate cell data files
Ti  0  7.16          Composition
Zr  0  3.438          Composition
*  0  0          * 0 0 to specify end of composition input
SameAsBeam          Geometry
0.1  0.1          Upstream and downstream thicknesses [cm]
0  10          Angle of rotation and sample width (cm)
-0.0542          Density atoms/Å^3?
TRANSMISSION          Total cross section source
1.0          Tweak factor
1.0  0.0          Sample environment scattering fraction and attenuation coefficient [per A]

}

GO          

SAMPLE  O2 in MCM41 at 98K          {

4  1          Number of  files and period number
NIMROD00053487.nxs          SAMPLE  O2 in MCM41 at 98K data files
NIMROD00053488.nxs          SAMPLE  O2 in MCM41 at 98K data files
NIMROD00053489.nxs          SAMPLE  O2 in MCM41 at 98K data files
NIMROD00053490.nxs          SAMPLE  O2 in MCM41 at 98K data files
1          Force calculation of sample corrections?
Si  0  1.0          Composition
O  0  2.11          Composition
H  0  0.22          Composition
*  0  0          * 0 0 to specify end of composition input
SameAsBeam          Geometry
0.1  0.1          Upstream and downstream thicknesses [cm]
0  10          Angle of rotation and sample width (cm)
-0.02484          Density atoms/Å^3?
0          Temperature for Placzek correction:
TRANSMISSION          Total cross section source
5.45          Tweak factor
0          Top hat width (1/Å) for cleaning up Fourier Transform
0          Minimum radius for FT  [Å]
0.05          g(r) broadening at r = 1A [A]
0  0          0   0          to finish specifying wavelength range of resonance
0.0  1.0  0          Exponential amplitude and decay [1/A]
*  0  0          * 0 0 to specify end of exponential parameter input
1.0          Normalisation correction factor
NIMROD00064162.msubw01          Name of file containing self scattering as a function of wavelength [A]
0          Normalise to:Nothing
20.0          Maximum radius for FT [A]
0          Output units: b/atom/sr
0.05          Power for broadening function e.g. 0.5
0.03          Step size [A] 
1          Analyse this sample? 
1.0  0.0          Sample environment scattering fraction and attenuation coefficient [per A]

}

CONTAINER 2mm TiZr flat plate cell          {

1  1          Number of  files and period number
NIMROD00053329.nxs          CONTAINER 2mm TiZr flat plate cell data files
Ti  0  7.16          Composition
Zr  0  3.438          Composition
*  0  0          * 0 0 to specify end of composition input
SameAsBeam          Geometry
0.1  0.1          Upstream and downstream thicknesses [cm]
0  10          Angle of rotation and sample width (cm)
-0.0542          Density atoms/Å^3?
TRANSMISSION          Total cross section source
1.0          Tweak factor
1.0  0.0          Sample environment scattering fraction and attenuation coefficient [per A]

}

GO          

SAMPLE  O2 in MCM41 at 96K          {

4  1          Number of  files and period number
NIMROD00053491.nxs          SAMPLE  O2 in MCM41 at 96K data files
NIMROD00053492.nxs          SAMPLE  O2 in MCM41 at 96K data files
NIMROD00053493.nxs          SAMPLE  O2 in MCM41 at 96K data files
NIMROD00053494.nxs          SAMPLE  O2 in MCM41 at 96K data files
1          Force calculation of sample corrections?
Si  0  1.0          Composition
O  0  2.11          Composition
H  0  0.22          Composition
*  0  0          * 0 0 to specify end of composition input
SameAsBeam          Geometry
0.1  0.1          Upstream and downstream thicknesses [cm]
0  10          Angle of rotation and sample width (cm)
-0.02484          Density atoms/Å^3?
0          Temperature for Placzek correction:
TRANSMISSION          Total cross section source
5.45          Tweak factor
0          Top hat width (1/Å) for cleaning up Fourier Transform
0          Minimum radius for FT  [Å]
0.05          g(r) broadening at r = 1A [A]
0  0          0   0          to finish specifying wavelength range of resonance
0.0  1.0  0          Exponential amplitude and decay [1/A]
*  0  0          * 0 0 to specify end of exponential parameter input
1.0          Normalisation correction factor
NIMROD00064162.msubw01          Name of file containing self scattering as a function of wavelength [A]
0          Normalise to:Nothing
20.0          Maximum radius for FT [A]
0          Output units: b/atom/sr
0.05          Power for broadening function e.g. 0.5
0.03          Step size [A] 
1          Analyse this sample? 
1.0  0.0          Sample environment scattering fraction and attenuation coefficient [per A]

}

CONTAINER 2mm TiZr flat plate cell          {

1  1          Number of  files and period number
NIMROD00053329.nxs          CONTAINER 2mm TiZr flat plate cell data files
Ti  0  7.16          Composition
Zr  0  3.438          Composition
*  0  0          * 0 0 to specify end of composition input
SameAsBeam          Geometry
0.1  0.1          Upstream and downstream thicknesses [cm]
0  10          Angle of rotation and sample width (cm)
-0.0542          Density atoms/Å^3?
TRANSMISSION          Total cross section source
1.0          Tweak factor
1.0  0.0          Sample environment scattering fraction and attenuation coefficient [per A]

}

GO          

SAMPLE  O2 in MCM41 at 94K          {

4  1          Number of  files and period number
NIMROD00053495.nxs          SAMPLE  O2 in MCM41 at 94K data files
NIMROD00053496.nxs          SAMPLE  O2 in MCM41 at 94K data files
NIMROD00053497.nxs          SAMPLE  O2 in MCM41 at 94K data files
NIMROD00053498.nxs          SAMPLE  O2 in MCM41 at 94K data files
1          Force calculation of sample corrections?
Si  0  1.0          Composition
O  0  2.11          Composition
H  0  0.22          Composition
*  0  0          * 0 0 to specify end of composition input
SameAsBeam          Geometry
0.1  0.1          Upstream and downstream thicknesses [cm]
0  10          Angle of rotation and sample width (cm)
-0.02484          Density atoms/Å^3?
0          Temperature for Placzek correction:
TRANSMISSION          Total cross section source
5.45          Tweak factor
0          Top hat width (1/Å) for cleaning up Fourier Transform
0          Minimum radius for FT  [Å]
0.05          g(r) broadening at r = 1A [A]
0  0          0   0          to finish specifying wavelength range of resonance
0.0  1.0  0          Exponential amplitude and decay [1/A]
*  0  0          * 0 0 to specify end of exponential parameter input
1.0          Normalisation correction factor
NIMROD00064162.msubw01          Name of file containing self scattering as a function of wavelength [A]
0          Normalise to:Nothing
20.0          Maximum radius for FT [A]
0          Output units: b/atom/sr
0.05          Power for broadening function e.g. 0.5
0.03          Step size [A] 
1          Analyse this sample? 
1.0  0.0          Sample environment scattering fraction and attenuation coefficient [per A]

}

CONTAINER 2mm TiZr flat plate cell          {

1  1          Number of  files and period number
NIMROD00053329.nxs          CONTAINER 2mm TiZr flat plate cell data files
Ti  0  7.16          Composition
Zr  0  3.438          Composition
*  0  0          * 0 0 to specify end of composition input
SameAsBeam          Geometry
0.1  0.1          Upstream and downstream thicknesses [cm]
0  10          Angle of rotation and sample width (cm)
-0.0542          Density atoms/Å^3?
TRANSMISSION          Total cross section source
1.0          Tweak factor
1.0  0.0          Sample environment scattering fraction and attenuation coefficient [per A]

}

GO          


END          
1
Date and time last written:  20201203 09:26:06          
N