![]() ![]() , T 5, deta1, deta2, deat3, deat4, deta5, detsq newplot then extracts the chosen scans into separate files expN.nscan ( nscan= number of the scan), with the following columns: Then push the extract button on the bottom. When you have chosen which scans you are interested in, select them by clicking (left button) on the little arrow on the left of the scan name (or select them and click on the select button). Go to the /users/opid28/usermacros/scriptextract and choose the appropriate script:įor Q-scans performed in hkl-mode (in the reciprocal lattice).Ĥ. You have a list of all your scans, you can visualise them, and make some basic analysis.ĭepending on the type of scan (energy scan, hkl-scan, or Q-scan) you have to choose the corresponding extraction script which extracts the relevant columns out of the data file, and performs the conversion of resistance (of the temperature sensors) into temperature. ![]() Open the file which contains all the spectra. mntdirect/_data_id28/inhouse/galilee/runN_yy/hsnnn/expNN.Ģ. Using the file menu in newplot, go into the corresponding data directory of your experiment.ĭata/id28/inhouse/galilee/runN_yy/hsnnn/expNN Your local contact will create a directory where all the treated data as well as the results of the fits will be stored.ġ. In this way you can analyse the data on-line, without interfering with the data acquisition. ![]() On the data treatment/analysis computer brahe, the data directory of galilee is mounted directly (read only) with all your data in real time. Further raw data treatment and summing of spectra ![]()
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