This paper will mainly study ice slurry achieving technology, also called binary ice technology, one of dynamic type.
本文研究的是动态制冰中的冰晶式，又称为二元冰蓄冷。
参考来源 - 采用密闭装置的过冷水制冰系统的设计与系统特性研究·2,447,543篇论文数据，部分数据来源于NoteExpress
Magnetic charge ice has a storage capacity far beyond the conventional binary storage devices and could someday lead to the appearance of smaller and more powerful computers.
人工磁荷冰器件的存储能力将会远远超出现有的二进制存储设备，从而促使小型但功能更强大的电脑出现。
Several parameters, such as frost height, solid holdup, quantity of ice crystal and distribution of ice crystal at different level and so on can be gotten by analyzing this binary image.
通过对二值图像的分析，可以得到霜层的高度、固含率、冰晶体沉积量以及冰晶体在不同高度的分布等参数。
According to the practical examples of applying binary ice in cold chain system the paper concludes that binary ice would have a bright future in cold chain application.
通过二元冰在冷藏链系统中的应用实例，说明二元冰相对于固体冰在冷藏链的运用具有更广泛的前景。
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