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首页> 外文期刊>Journal of Heat Transfer >Forced Convection Past a Rotating Sphere: Modeling Oxygen Transport to a Pond Snail Embryo
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Forced Convection Past a Rotating Sphere: Modeling Oxygen Transport to a Pond Snail Embryo

机译:强制对流通过旋转球体:模拟氧气向池塘蜗牛胚胎的转运

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摘要

Helisoma trivolvis pond snail embryos are known for their rotation, which is induced by beating of cilia at the embryo's surface. A common hypothesis links this behavior to enhancing oxygen transfer to the embryo's surface. In this paper, this hypothesis is quantified, and the effect of the rotation on the supply of oxygen to an embryo, which is approximately spherical in shape, is studied. To the best of our knowledge, this is the first research presenting a quantitative study on the effect of an embryo's rotation on facilitating gaseous exchange between the embryo and the environment.
机译:旋毛虫Helisoma trivolvis池塘蜗牛胚胎以旋转着称,这是由纤毛在胚胎表面跳动引起的。一个普遍的假设将这种行为与增强氧气向胚胎表面的转移联系起来。在本文中,对这一假设进行了量化,并研究了旋转对胚胎近似球形的氧气供应的影响。据我们所知,这是第一项对胚胎旋转对促进胚胎与环境之间气体交换的影响进行定量研究的研究。

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