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首页> 外国专利> Padru00e7o of thermodynamically stable fractal geometry prepared specifically on areas metu00c1licas of aluminium (AL) or copper (Cu) and employee against formau00c7u00e7o and adesu00e7o ice and au00c7u00e7o protetiva the biocorrosu00e7o

Padru00e7o of thermodynamically stable fractal geometry prepared specifically on areas metu00c1licas of aluminium (AL) or copper (Cu) and employee against formau00c7u00e7o and adesu00e7o ice and au00c7u00e7o protetiva the biocorrosu00e7o

机译：专门针对铝（AL）或铜（Cu）的区域以及员工准备的热力学稳定的分形几何形状的Padr u00c7 a00 7 ades ades u00e7o冰和a u00c7 u00e7o蛋白质的保护

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Padru00e7o of thermodynamically stable fractal geometry to especu00cdficamente on areas metu00c1licas of aluminium (AL) or copper (Cu) and employee against formau00c7u00e7o and adesu00e7o ice and au00c7u00e7o protetiva the biocorrosu00e7o.The object of the present invention patent for the development of a pattern of fractal geometry thermodynamically estu00eavel on the chemical layer deposited on the metal surface of aluminium (AL) or copper (Cu) layer is treated in an appropriate manner so that after the treatment, and This new layer, has a low surface free energy.Able to attenuate or eliminate the formation and adhesion of ice and the inhibition of corrosion caused by micro-organisms on the metal surfaces of aluminum (AL) or copper (Cu). The fractal geometric pattern developed explores the parameters of micro and nanorugosidades thermodynamically estu00e1vu00e9is on the chemical layer on the metal surface of aluminium (AL) or copper Cu.
机译：将热力学稳定的分形几何形状的Padr设置为在铝（AL）或铜（Cu）的区域以及用于抵制形式的冰和ades的员工身上的规格，以防止生物腐蚀本发明专利的目的在于以适当的方式处理沉积在铝（AL）或铜（Cu）的金属表面上的化学层上的热力学估算的分形几何图案的开发，经过处理后，该新层的表面自由能低，能够减弱或消除冰的形成和粘附，并抑制铝（AL）或铜（Cu）的金属表面上的微生物引起的腐蚀）。所形成的分形几何图案探索了在铝（AL）或铜Cu的金属表面化学层上热力学上估算的微米级和纳米级节律的参数。

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