Abstract
Cyclohexanol has been grown unidirectionally between glass plates, and the dendritic structure has been directly observed. The effects of the cooling rate, growth velocity and temperature gradient on the primary and secondary arm spacings and other variables representing the dendritic structure have been determined. The effects of liquid flow on the variables of the dendritic structure have been also investigated. Flow causes the primary arm spacing to become markedly larger but does not effect the secondary arm spacing measured near the tip of a primary arm.
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