Differences

This shows you the differences between two versions of the page.

Link to this comparison view

Both sides previous revision Previous revision
Next revision
Previous revision
Last revision Both sides next revision
software:leedcal_leedlab [04.06.2019 13:35]
jenagroup [LEEDCal and LEEDLab]
software:leedcal_leedlab [04.06.2019 13:39]
jenagroup [LEEDLab]
Line 14: Line 14:
 [[http://​www.leedlab.de]] [[http://​www.leedlab.de]]
 ===== LEEDCal ===== ===== LEEDCal =====
-{{:​software:​screenshot_leedcal.png?​600}} {{:​software:​screenshot_leedcal_corr.png?​420}}  ​{{:software:​leedcal_2013_v_4.1_.zip|LEEDCal 2013 (v 4.1)}}+{{:​software:​screenshot_leedcal.png?​600}} {{:​software:​screenshot_leedcal_corr.png?​420}}  ​[[https://​fritz-sojka-gbr.de/leedcal/|LEEDCal 2013 (v 4.1)]]
  
 The free //LEEDCal// software package provides a powerful algorithm to determine and correct systematic distortions in LEED images. Easy to operate via its graphical user interface, //LEEDCal// will automatically generate a correction matrix upon analyzing a calibration sample (exhibiting a well-known surface structure). This calculated matrix can be saved and applied later on, by using //​LEEDCal_corr//,​ to rectify all future diffraction patterns recorded with the same LEED device. The free //LEEDCal// software package provides a powerful algorithm to determine and correct systematic distortions in LEED images. Easy to operate via its graphical user interface, //LEEDCal// will automatically generate a correction matrix upon analyzing a calibration sample (exhibiting a well-known surface structure). This calculated matrix can be saved and applied later on, by using //​LEEDCal_corr//,​ to rectify all future diffraction patterns recorded with the same LEED device.
 This works also in batch mode! The results allow accurate interpretation of lattice constants/​epitaxial relations when used in combination with the //LEEDLab// software or by your own methods. This works also in batch mode! The results allow accurate interpretation of lattice constants/​epitaxial relations when used in combination with the //LEEDLab// software or by your own methods.
 ===== LEEDLab ===== ===== LEEDLab =====
-{{:​software:​screenshot_leedlab.png?​600}} ​{{:software:​leedlab_2018_v_1.0_.zip|LEEDLab 2018 (v 1.0)}} ​   or    {{:​software:​leedlab_2018_v_1.0_with_web_installer.zip|LEEDLab ​2018 (v 1.0with web_installer}}+{{:​software:​screenshot_leedlab.png?​600}} ​[[https://​fritz-sojka-gbr.de/leedlab/|LEEDCal ​2018 (v 1.2)]]
  
 //LEEDLab// is a software packagemaking it possible to simulate (free) and quantitatively analyze (available from Fritz & Sojka GbR) LEED patterns. It has been developed to enable geometric simulations of complex surface structures, allowing objective determination of the lattice parameters and epitaxial relations. For carefully calibrated devices (using //LEEDCal// and //​LEEDCal_corr//​) an unsurpassed accuracy of typically 1% can be attained. //LEEDLab// is a software packagemaking it possible to simulate (free) and quantitatively analyze (available from Fritz & Sojka GbR) LEED patterns. It has been developed to enable geometric simulations of complex surface structures, allowing objective determination of the lattice parameters and epitaxial relations. For carefully calibrated devices (using //LEEDCal// and //​LEEDCal_corr//​) an unsurpassed accuracy of typically 1% can be attained.
/homes/hp0259/public_html/spaleed/data/pages/software/leedcal_leedlab.txt ยท Last modified: 04.06.2019 13:48 by jenagroup
Back to top
Datenschutz     Impressum