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24 applied to our system, show that hydrodynamic interactions should be small.
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24 applied to our system, show that hydrodynamic interactions should be small.
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84906365874
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The results obtained under the equilibrium setting were similar to the ones presented in this paper. However, the equilibrium measurements were not presented, since the local concentration gradient was obviously rather small, thus limiting the range of ΔN values
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The results obtained under the equilibrium setting were similar to the ones presented in this paper. However, the equilibrium measurements were not presented, since the local concentration gradient was obviously rather small, thus limiting the range of ΔN values.
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21
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84906394223
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The jump probability, p, in the time interval, Δt, from bin i - 1 to bin i (of size Δx) can be estimated from the diffusion of a particle with diffusion coefficient D. However, there is also a possibility of a jump occurring from any of the other bins to bin i. After summing all of the jump probabilities from all of the neighboring bins, the effective probability, p, is found to be p ≃ 0.33, for the given values of Δx, Δt, and D.
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The jump probability, p, in the time interval, Δt, from bin i - 1 to bin i (of size Δx) can be estimated from the diffusion of a particle with diffusion coefficient D. However, there is also a possibility of a jump occurring from any of the other bins to bin i. After summing all of the jump probabilities from all of the neighboring bins, the effective probability, p, is found to be p ≃ 0.33, for the given values of Δx, Δt, and D.
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24
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0034300239
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