Abstract
Abstract
Abstract
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Chapter 4<br />
Theory<br />
4.1 Steady-State Theory<br />
In this chapter, we are concerned with theoretically analyzing the infinite-dimensional<br />
steady-state solutions of the Wigner-Poisson equations as the applied voltage drop<br />
V > 0 is varied. We will recast the problem as a fixed point problem of the form<br />
f(x, k) =Z(f)(x, k)+ā(x, k), where the steady-state solutions of the Wigner-Poisson<br />
equations are the fixed points of this map. We will analyze this fixed point map in<br />
the function space<br />
with norm<br />
Kmax<br />
X = {u(x, k)|<br />
−Kmax<br />
|u(x, k ′ )| 2 dk ′ ∈ C [0,L]}<br />
Kmax<br />
uX = max |u(x, k<br />
x∈[0,L] −Kmax<br />
′ )| 2 dk ′<br />
1<br />
2<br />
.<br />
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