Master Equation - Based Numerical Simulation in a Single Electron ...

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250 Numerical Simulations of Physical and Engineering Processes if dF2n1e250 p(ne)=1e250; end if p(ne)
Master Equation - Based Numerical Simulation in a Single Electron Transistor Using Matlab 251 ΔΓ 0 Start 1. Definition of physical parameters and device parameters 2. Input external parameters (V, V g, Q 0 and T). Here, V is varied from V min to V max 3. Calculation of ΔF in eqs. (25a) and (25b) No Yes Calculation of ΔΓ 4. Is ΔF negative? in eqs. (26a) and (26b) 5. Calculation of ρ in eq. (28) 6. Normalization ρ in eq. (31b) 7. Calculation of current I in eq. (33b) No 8. Is V > V max? Fig. 4. Flow diagram of the Matlab program used to solve Master equation. Yes Stop Plot a graph
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Master Equation - Based Numerical Simulation in a Single Electron ...

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