Abstract

The structure and physicochemical properties of glycoluril were studied to evaluate the possibility of using it as a filler additive to polymer composite materials to stimulate their biodegradation. The mean particle size of glycoluril was determined (5–10 μm). Glycoluril was found to be stable at temperatures below 270°C. Its particles efficiently reflect visible light. Glycoluril particles and their aggregates have high specific surface area. High parameters of glycoluril bioassimilation with a mold fungus culture determine the potential of this compound for use in biodegradable polymer compound formulations.

中文翻译：

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甘脲作为刺激聚合物材料生物降解的添加剂

摘要

研究了甘脲的结构和理化性质，以评估将其用作聚合物复合材料的填充添加剂以刺激其生物降解的可能性。测定甘脲的平均粒径（5-10 μm）。发现甘脲在低于 270°C 的温度下是稳定的。其颗粒有效反射可见光。甘脲颗粒及其聚集体具有高比表面积。霉菌培养物的甘脲生物同化的高参数决定了该化合物在可生物降解的聚合物化合物制剂中的应用潜力。