Recent content by eintagsfliege

But even when no magnetic field is applied, the magnetization polarizes the charger carriers passing by. I don't understand it, since it seems that the minority band has a higher density of states at the fermi level.

hm...how comes then, that the electrons passing a uniform magnetization tend to align its spin to the magnetization?

Hi everybody The bands of up- and down-spins are split in the bandstructur of a ferromagnet. Does the part with the higher amount result in a net magnetization? If yes, doesn't that mean, that electrons passing a ferromagnet, they align their spin in the opposite direction compared to the...

Thank you rajini! Very nice!

I dint find it. I was wondering how it looks in a shell scheme, but anyway thanks for your help Rajini!

Hi there Can someone teach me how a L2M2M3 Auger process looks like? I appreciate every kind of help.

If anyone has the same question, I found a good publication about "Thin oxide film growth on Fe(100)". Here the link: http://prl.aps.org/abstract/PRL/v68/i12/p1947_1 Cheers

Hi! Can anyone name me literature about the penetration depth of Oxygen in iron thin films? I am wondering how deep an iron film can be oxidized. Thanks for any suggestions about this topic :)

Thank you for the I read in several Publications that Delbruck-effect is the scattering of high-energy photons (MeV to GeV gamma rays) on a Coulomb-Field of a Nucleus. My question is: Why is it needed that the Photonenergies are this high? Which magnitude is required for the Coulomb-Field...

I heard in the school a long time ago, that photons do not have a coupling with an electric field. Can someone explain it detailed? Does someone have good online literature? Thanks in advance!

True! Could you give me a hint to set up the green function for a sphere?

No field, just the one of the sphere and the plate

I am sorry. Some years ago, I had lectures about Electrodynamics. Unfortunately, I don't have my books here. But so far I remember these Image Method. I just can't remember how to calculate the electrical field between the inifinite plate and the charged sphere with a radius a. Maybe someone...

The more little the radius of the sphere is, the higher the electric field grows. But how should the formula look like for the electric field?

Hi together I want to calculate an electrical field between a sphere and a plate, where the sphere has a certain voltage and the plate is on ground. Has someone a suggestion to begin?