首页> 外文期刊>International Journal of Refrigeration >Study on measurements of frost crystals dimensions/distribution and frost scraping force using a scanning probe microscope (Investigation on influence of surface temperature of cooling solid surface)
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Study on measurements of frost crystals dimensions/distribution and frost scraping force using a scanning probe microscope (Investigation on influence of surface temperature of cooling solid surface)

机译:用扫描探针显微镜测量霜晶体的尺寸/分布和刮擦力的研究(对冷却固体表面的表面温度的影响的研究)

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摘要

Since frosting to a cooling solid surface has caused many serious accidents accompanied by economic losses, it is necessary to clarify the mechanism of frosting to the cooling solid surface both scientifically and technologically. Thus, at first clarification of frosting from generation to primary stage of growth is very important. And considering the size of frost crystals until the primary stage, it is essential to investigate frost crystals in nano/micro scale field. In this paper, using a scanning probe microscope (SPM), frost crystals dimensions/distribution and scraping force of frost crystals were measured based on the method proposed by one of authors, under a fixed humidity varying cooling solid surface temperatures. And then, the correlations among frost crystals dimensions/distribution and scraping force were clarified.
机译:由于对冷却的固体表面结霜已引起许多严重的事故,并伴有经济损失,因此有必要在科学和技术上阐明对冷却的固体表面结霜的机理。因此,首先要弄清从生成到生长初期的结霜非常重要。并且考虑到霜冻晶体直到初级阶段的大小,研究纳米/微米级领域的霜冻晶体至关重要。在本文中,使用扫描探针显微镜(SPM),根据一位作者提出的方法,在固定湿度变化的冷却固体表面温度下,测量了霜晶的尺寸/分布和霜晶的刮擦力。然后,阐明了霜晶体尺寸/分布与刮擦力之间的关系。

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