Based on the study of pore evolution during the powder metallurgy sintering process,the model was statistical approach analyzed. Subsequently,mechanisms for controlling poreshape, pore-structure and pore-size distribution were developed.
为实现汗腺式微孔表层分布的有序化和内胞孔的相互贯通化,文中基于高温扩散自润滑机理和人体汗腺结构特征,通过结构和功能仿生模拟,建立了汗腺式微孔结构特征模型;基于烧结过程中孔隙演化的分析,对该模型进行了统计数学分析,探讨了孔结构形态、尺寸、孔径分布及孔隙度的可控机理。
参考来源 - 高温发汗自润滑金属陶瓷的制备、表征及摩擦学特性研究·2,447,543篇论文数据，部分数据来源于NoteExpress
The reservoir pore evolution changed from primary to secondary pores.
储层孔隙经历了由原生到次生的演化过程。
The quantitative study of pore evolution shows that the pore evolution differs even at similar diagenetic stages.
成岩过程中孔隙度演化的定量研究表明，相似的成岩演化阶段，孔隙度的演化不同。
Evolution of pore morphology and cell wall microstructure of aluminum foam during powder metallurgical foaming was studied.
研究了粉末冶金法制备泡沫铝时泡沫孔结构及胞壁微观组织变化的规律。
应用推荐