[PDF][PDF] Computer Simulation for ions under electric and magnetic fields: from random walks in aqueous solutions to stochastic manifolds for calcium location …
JF Gomez-Molina, M Corredor, A Restrepo… - III Colombian Congress …, 2015 - academia.edu
JF Gomez-Molina, M Corredor, A Restrepo, U Ricoy
III Colombian Congress on Computational Biology and Bioinformatics …, 2015•academia.eduMETHODS. We simulated the diffusion of ions as a sequence of random steps in restricted
spaces (eg between impermeable membranes). The effects of fields, ionic atmospheres and
Debye lengths are simulated as “directional preferences” which are generated by algorithms
that use probability distributions. Three populations of ions are considered:
spaces (eg between impermeable membranes). The effects of fields, ionic atmospheres and
Debye lengths are simulated as “directional preferences” which are generated by algorithms
that use probability distributions. Three populations of ions are considered:
METHODS.
We simulated the diffusion of ions as a sequence of random steps in restricted spaces (eg between impermeable membranes). The effects of fields, ionic atmospheres and Debye lengths are simulated as “directional preferences” which are generated by algorithms that use probability distributions. Three populations of ions are considered:
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