Rendering unique properties by combining materials are stepping stones to innovate novel material with excellent properties. Although the combination technology has been used to obtain characteristic properties, recent new technologies develop materials with both lower density and higher strength, which are not attainable for single bulk materials. The light weight, easy availability, and biodegradability of natural fibers make them as one of the most acceptable materials for manufacturing various products. Most of the commodity plastics can be reinforced with wood flour which is one of the most abundantly available resources and can impart better properties to the composite materials. To support the industry while considering the product reliability and durability, the effect of more detailed processing factors is in demand. Thus, the present study focuses on clarifying the effects of particle size, morphology, diffraction pattern, particle size distribution of the wood flour o...

中文翻译：

---

研磨时间对木粉及其聚丙烯复合材料的形态和力学性能的影响

通过组合材料来呈现独特的性能是敲打石头，以创新具有优异性能的新型材料。尽管已使用组合技术来获得特性，但最近的新技术开发出了密度和强度都更高的材料，这是单一散装材料无法达到的。天然纤维的重量轻，易于获得和可生物降解，使其成为制造各种产品的最可接受的材料之一。大多数商品塑料都可以用木粉增强，木粉是最丰富的可用资源之一，可以为复合材料赋予更好的性能。为了在考虑产品可靠性和耐用性的同时为行业提供支持，需要更详细的处理因素。从而，