Abstract
The aim of this article is to assemble an ice formation system in which a water-oil emulsion is cooled with stirring in an airtight vessel and to reveal the optimum condition of the system work. The emulsion which was a mixture of additive NH_2C_3H_6Si(C_2H_5O)_3 and water-silicone oil was circulated into the airtight vessel and frozen with stirring. The ice was formed by a batch-wise process and the condition of long operation without adhering of ice was investigated. We built the ice formation system and reveal the stable condition of the system continuous work. As ice formation time was long, the ice easily adhered on the inner wall by reason that volume ratio of ice in the vessel was increase.
