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Process for the immobilization of titanium dioxide on glass parts by using the new method adapted the technique of modeling by emulsion.

机译:采用这种新方法的新方法将二氧化钛固定在玻璃部件上,该方法采用了乳液建模技术。

摘要

"The process of immobilization of titanium dioxide on glass parts by using the new method adapted the technique of modeling by emulsion.The present invention relates to a new process for the immobilization of titanium dioxide on glass parts by using the new method adapted the technique of modeling by emulsion.For the purposes of heterogeneous photocatalysis.This process consists of the preparation of oil in water emulsions and subsequent association with precursors of metal oxides in order to obtain a system that could be applied on superfu00edCies for immobilization of oxide of interest.In this invention, rings of Pyrex glass with 15 - 20 mm high,7 mm in external diameter and 5 mm internal diameter were immersed in the mixture prepared from an emulsion of water and isoctano diethylborane titanium (IV) chelated with acetylacetone.Then, the rings were dried at approximately 125 198 C and calcined at 600 198 C for 6 hours.At the end of the process have been obtained glass parts coated with titanium dioxide anatase structure. The process of immobilization has highly efficient deposition and adhesion.
机译:采用乳液建模技术的新方法将二氧化钛固定在玻璃零件上的工艺。本发明涉及一种采用该技术的新方法将二氧化钛固定在玻璃零件上的新工艺。出于非均相光催化的目的。此过程包括制备水包油型乳液以及随后与金属氧化物的前体缔合,以获得可用于超氧化物歧化酶固定化的体系。在本发明中,将高15-20毫米,外径7毫米,内径5毫米的耐热玻璃环浸入由水和乙酰丙酮螯合的异辛烷二乙基硼烷钛(IV)的乳液制备的混合物中。然后,将环在约125 <198> C的温度下干燥,并在600 <198> C的温度下煅烧6小时。最后,获得了玻璃零件涂有二氧化钛锐钛矿结构。固定过程具有高效的沉积和附着力。

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