Dear Sir, Thank you for the wonderful explanation. Would you please let me know what the difference is between binding energy and work function? I would greatly appreciate it if you could clarify the difference.
Binding energy is energy required to remove photoelectrons from their orbital while (sample) workfunction is energy required to remove electron from material surface. There is also workfunction for the XPS instrument as well.
thanks for sharing ,,phd student from Hunan university .... i have a question plz ,,this EPs POSSIBLE FOR NOD CONDECTIVE MATERIAL? for example i have Zn and NiCop ? both possible to do or not ?
Happy to help. What do you mean by finding the peaks? Do you mean identifying elements in a survey spectrum or number of peaks (components) in a high-resolution (narrow) scan during curve fitting?
52:54 minutes shows a table of Ni 2 ,,,please how we can get that table ??
Very useful video, thank you so much
Dear Sir, Thank you for the wonderful explanation. Would you please let me know what the difference is between binding energy and work function? I would greatly appreciate it if you could clarify the difference.
Binding energy is energy required to remove photoelectrons from their orbital while (sample) workfunction is energy required to remove electron from material surface. There is also workfunction for the XPS instrument as well.
thanks for sharing ,,phd student from Hunan university .... i have a question plz ,,this EPs POSSIBLE FOR NOD CONDECTIVE MATERIAL? for example i have Zn and NiCop ? both possible to do or not ?
Could you explain further?
Amazing help
Glad to hear!
HOW CAN I FIND THE PEAKS
Happy to help. What do you mean by finding the peaks? Do you mean identifying elements in a survey spectrum or number of peaks (components) in a high-resolution (narrow) scan during curve fitting?
👍👍
Dude on the bottom is a robot or something...