Abstract

Composite materials with a biologically active coating are created. The morphology of a newly formed surface is studied by scanning electron microscopy, as well as the Brunauer–Emmett–Taylor method. The adhesive strength of the hydroxyapatite coating is determined by centrifugal separation. As a result of the studies, the most promising method of deposition, the best shape of the coating material and the optimal porosity of the titanium scaffold are established.

中文翻译：

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使用不同形式的羟基磷灰石制造生物活性支架的前景

摘要

产生具有生物活性涂层的复合材料。通过扫描电子显微镜以及Brunauer-Emmett-Taylor方法研究了新形成的表面的形态。羟基磷灰石涂层的粘合强度通过离心分离来确定。研究的结果是，建立了最有前途的沉积方法，涂层材料的最佳形状和钛支架的最佳孔隙率。