For Multipak, anyone know when we need to use the "Shft" feature to shift the spectrum? Like the example in 35:54 is shifted, indicated by (Shft) in red colour beside the sample description, but those in 20:07 etc aren't

Way to go Dr Schmidt!

how to assign the map area, please forward a video or reference on how to do so

Thanks for this presentation. Which software do you use to have an animation in begining of your speech?

Good job. TY

Thanks for providing more threads to work XPS data analysis. Can anyone explain what is the 'Si' peak obtained at 99.66 eV in the video at 35.21in spin-orbit coupling examples?

This guy is interesting..cool stuff

very helpful webinar thank you

34:07 I think you should not ignore spin orbit splitting of the oxide. In the shown example you can see that the fit is not good. Its just an unnecessary simplification.

At 7:13, is there a kinetic energy term missing in the "Ionization Energy =..." equation?

Can we do XPS of glass coverslip? Dimension is less than 10mm.. Is there any special care to be taken of?

Hello . Why xps not detect H and He ?

In my experiment, even if no bias is used, the cutoff edge can also be measured. so why you not directly measure the spectra above 17eV in UPS to directly obtain the Ef?

Ty for sharing the video. On slide 35, what causes the initial, t0, spikes on the Na and Li curves?

Amazing! Do you know what kind of AES application possibilities are there?

Which software using to curve fit madam. Let me know i also to use

Thanks for the great information

Very good presentation. How does the size of the semiconductors in this research compare to the contemporary ones produced by TSMC/Samsung?

Very interesting ... Thank you

surely one of the best explanation of UPS application, thank you very much!

4:28 Auger electrons....excitation volume term

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Thank You Very Much!!!!

Very interesting presentation and comprehensive explanation! But on some graphs there are no values on the y axis. It will be interesting what counts did you get on these samples...

is it possible mitigate charging issue to pump electrons from valence band to conducting band using UV light (~5eV, photon energy slightly higher than bandgap)?

Beautiful examples of the versatility of this technology. What is the life of the Cr target compared to the Al target? does the chromium target allow you to use higher beam energy without compromising target life versus Al to help compensate for the lower electron cross-sections for the higher energy photons?

How to prepare nanoparticles colloidal liquid sample for Tof Sims analysis?