Hello. first, sorry for my poor English.
Derive characteristic wavelength from radiation powerThis is radiated power from bending magnet (synchrotron storage ring accelerating electron to get x-ray)
and these are wave distribution from storage ring
and what I have to derive is as follows...
Hi there,
first, I apologize for my poor English.
I made a simulation model and get results from HFSS
Model has a equivalent circuit like that.(1)
I run that model and get pair of solutions 'frequency vs response' like S parameter for each frequency.
So, with these results, is it possible to...
Thanks for your answering and pointing out major errors in my question.
about solution, you are correct. thanks. There's no way wave function don't have a frequency term.
but for initial conditions, I really did big mistake.
about initial condition, second one is about initial displacement of...
Hello guys. thanks for reading my thread first.
I have been studied classical mechanics and quantum mechanics a little and after that,
I got a kind of feeling "I have to study Fourier analysis(FA) again".
So I have been studying FA again.
Here're my question.
1. From my viewpoint...
Thanks. I was thinking about that too. actually, I didn't show my picture to my professor. What I asked was just "Why these~~~" with just electron configuration picture on the blackboard. I think my professor was confused that time.
This picture is about XPS(x-ray photoelectron spectroscopy).
and its measure range is 1~10nm deep from the top of the sample measured.
Those electrons are located in atoms at the surface of sample.
Thanks for your reply.
One of my professor said it is possible that if certain molecule is located in magnetic field, their 2p orbital electrons can have lower energy configuration.
Thanks for your opinion.
This picture is from XPS and AES.
Hi. sorry for my poor English first.
As you can see from above picture, four electrons located at 2p orbital with energy state L3 have higher energy configuration than those of below 2p orbital.
I'm wondering why these 4 electrons have higher energy. as...
First, sorry for my poor English and any impolite behavior might happen.
Here's two wave function(pic1) and problem below(pic2).
and they are polar coordinate problem ψ(r,θ,Φ)
You can see, problem requires conjugate function of ψ1.
Is it possible to find one? or is there a possibility...