Boltzmann equation for carrier transport

[vead]

I am little bit confused about derivation for Boltzmann equation for electron

look at this link http://relativity.livingreviews.org/Articles/lrr-2008-10/articlesu25.html

which is final boltazmann equation ?

 

[BvU]

Well, heavy stuff! If you can read that and understand it too, you're beyond the introductory level imho.

Did you notice the Physics Forum chiseled the rule to use the template in very hard stone ? Why didn't you do anything yourself and only give a link to a tekst that says "and the BE for electrons reads...". You don't believe that's true ? Why not ? What do you know about the "BE (originally derived for a gas of particles)" from introductory introductory physics ?

 

[vead]

Well, heavy stuff! If you can read that and understand it too, you're beyond the introductory level imho.

Did you notice the Physics Forum chiseled the rule to use the template in very hard stone ? Why didn't you do anything yourself and only give a link to a tekst that says "and the BE for electrons reads...". You don't believe that's true ? Why not ? What do you know about the "BE (originally derived for a gas of particles)" from introductory introductory physics ?

I don't have much knowledge about this field so that's why I posted here.
there are may equations
electron energy
electron velocity
coefficient function of electron energy
scattering of electron
electron enthalpy
I have read some topics but I did not understand which is final Boltzmann equation

 

[vead]

please help me

 

[BvU]

That is what I am trying to do. What about your knowledge of statistical mechanics

Did you notice the Physics Forum chiseled the rule to use the template in very hard stone ? Why didn't you do anything yourself and only give a link to a tekst that says "and the BE for electrons reads...". You don't believe that's true ? Why not ? What do you know about the "BE (originally derived for a gas of particles)" from introductory introductory physics ?