Hemi-Maxwellian Distribution

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The discussion centers on the Hemi-Maxwellian Distribution and the behavior of electron concentration in relation to energy levels in the conduction band. As energy increases from the conduction band edge, the concentration of electrons rises initially due to increased energy states being populated. However, at higher energy levels, the concentration of electrons approaches zero, likely due to the depletion of available states or the effects of thermal excitation. Participants reference basic kinetic energy principles to explain these changes in electron distribution. Understanding this distribution is crucial for applications in semiconductor physics and material science.
Larrytsai
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Hey guys,

I was just having troubles understanding why as energy increases from the conduction band edge the concentration of electrons rises, and as we increase the energy further the concentration of electrons approaches 0.

Can any of you guys help clear this distribution up for me?

Thanks,

Larry
 
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Pretty sure something like;

Going back to basics kE = 1/2mv^2

So energy will increase because of the build up of electrons.

Don't take my word for this though, this is my assumption from basic formulae.

Jock
 
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