简析新理论“微渗透挤压效应”——以动物羽毛为例  

A Brief Analysis of the New Theory“the Micro Osmotic Squeeze Effect”——Take Animal Feather as an Example

作　　者：王升宏 

机构地区：[1]华兴公司,安徽合肥231600

出　　处：《科技创新导报》2015年第31期43-43,45,共2页Science and Technology Innovation Herald

摘　　要："微渗透挤压效应"原理:空气是由分子组成的,且分子间存在着微小的间隙以及相互的排斥力,当气体受压流过孔穴时,根据压力=压强×受力面积公式得出:在孔穴口处会产生挤压现象,此时气体分子密度会变大,当孔穴极其微小时,这种挤压效应尤为明显。而羽毛的结构为枝干状结构,结实牢固不易破损容易修补,并且在扇动空气时具有"微渗透挤压气体的效应",也就是说可以在翅膀下方造成更大的气压,从而可以获得更大的浮力,承载更多的重量。The micro osmotic extrusion effect principle：the air is composed of molecules,and molecules exist between the small gap and the mutual repulsion, when the gas pressure through the hole,according to the pressure of the pressure X=force area formula：will produce extrusion phenomenon in the mouth cavity,the gas molecular density becomes large at this time, when the cavity is extremely small,the extrusion effect is obvious.The structure of feathers as the branch shaped structure,firm is not easy to damage is easy to repair, and has a＂micro osmotic effect＂squeeze gas in fanned air, that can cause greater pressure in the wings below,thereby gaining greater buoyancy can carry more weight.

关 键 词：微渗透挤压效应 羽毛 效应 

分 类 号：F224.8[经济管理—国民经济]