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In fact the effective rate of this "compaction" is faster because the compacting particle is bound to the end particle, hence its "attempt rate" to cross the repulsive barrier of the second neighbour and bond with it is higher.
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In fact the effective rate of this "compaction" is faster because the compacting particle is bound to the end particle, hence its "attempt rate" to cross the repulsive barrier of the second neighbour and bond with it is higher.
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