This file is outdated. A new version is in preparation. ## reflectivity data file orso file format 0.0 # # creator: # name : Jochen Stahn # affiliation : PSI # time : 2020/04/06/13:21:18 # system : lnsa17.psi.ch # # data source: # origin: # owner : Jochen Stahn, PSI # facility : Paul Scherrer Institut, SINQ # experiment ID : 2019 0042 # experiment date : 2020/02/02 - 2020/02/04 # title : Generation of input for file formatting purposes # experiment: # instrument : neutron reflectometer Amor # probe : neutrons # polarisation : +0.97 # measurement: # scheme : angle- and energy-dispersive # wavelength range : [4.0, 12.0] # Aa # angular range : [0.3, 2.1] # deg # omega : 1.2 # deg # sample: # name : Ni1000 # description: # - amb : air # - layer : {material: Ni, thickness: 100 nm} # - subs : Si # links: # related extensive file : fulldatafile.hdf # doi : orso2020.123456.789 # instrument reference : doi:10.1016/j.nima.2016.03.007 # # reduction: # software: eos.py # call : eos.py -Y 2020 -n 1925-1927 -y 9,55 ni1000 -O -0.2 -r 1064 -s 1 -i -a 0.005 -e # comments: # - corrections performed by normalisation to measurement on reference sample (-r) # correctionis: # - full footprint correction (-r) # - incident intensity (-r) # - detector spatial resolution (-i) # binning: # - Qz range : [:0.01] # Aa^-1 # type : linear # delta Qz : 0.001 # Aa^-1 # - Qz range : [0.01:] # Aa^-1 # type : exponential # calculus : Qz_n = 0.01 * (1+0.005)^n # Aa^-1 # # input files: # references: # - file : amor2020n001064.hdf # created : 2020/02/02/15:38:17 # datafiles: # - file : amor2020n001925.hdf # created : 2020/02/03/14:27:45 # - file : amor2020n001926.hdf # created : 2020/02/03/14:37:15 # - file : amor2020n001927.hdf # created : 2020/02/03/14:27:02 # # data state: # footprint : corrected # intensity : normalised # resolution : not corrected for, see column sigma Qz # resolution : calculated, based on wavelength resolution and detector spatial resolution # absorption : uncorrected, not needed # background : uncorrected # # misc: # resolution : # - description : "Gaussian wit freely choosable integral, offset and sigma" # - calculus : f(q) = a * exp( - (q-b)^2 / c^2 ) # # data: # column 1 : Qz / Aa^-1 # column 2 : RQz # column 3 : sigma RQz , standard deviation # column 4 : sigma Qz / Aa^-1, standard deviation # column 5 : parameter "a" of the resolution function # column 6 : parameter "b" of the resolution function # column 7 : parameter "c" of the resolution function # 1 2 3 4 5 6 7 1.03563296e-02 3.88100068e+00 4.33909068e+00 5.17816478e-05 1.00000000e+00 4.00000000e+00 -2.00000000e+00 1.06717294e-02 1.16430511e+01 8.89252719e+00 5.33586471e-05 1.10000000e+00 4.10000000e+00 -2.10000000e+00