提拉式气压浸渗高通量制备原理与方法数据集

本数据集为基于金刚石/铝复合材料的提拉式气压浸渗高通量制备技术研制的多单元并联结构与串联式通道设计的预制体模具装配图及采用该技术制备得到的单次制备大于100件的样品展示图，以及利用该技术所进行的金刚石不同等级、粒度、镀覆状态等多因素对金刚石/铝复合材料的热学性能影响的研究，从而筛选增强体的本征参数，指导了金刚石/铝复合材料的多因素高效率研究。数据量为13.9MB，由项目参与单位哈尔滨工业大学金属复合材料与工程研究所、哈尔滨工业大学分析测试与计算中心和齐齐哈尔翔科新材料有限公司采集数据，原始图表由xlsx、pdf、jpg等格式文件组成。This dataset includes assembly drawings of preform molds with multi-unit parallel structure and series-connected channel designs developed based on the lift-type pressure infiltration high-throughput fabrication technology for diamond/aluminum matrix composites, as well as sample display images of over 100 specimens prepared in a single batch using this technology. It also encompasses studies evaluating the effects of multiple variables—including different diamond grades, particle sizes and coating states—on the thermal properties of diamond/aluminum matrix composites, which were conducted via this technology. These studies screened the intrinsic parameters of the reinforcements, and provided guidance for efficient multi-factor research on diamond/aluminum matrix composites. The total data volume is 13.9 MB, and the data was collected by the participating institutions: the Research Institute of Metal Composites and Engineering of Harbin Institute of Technology, the Analysis, Testing and Computing Center of Harbin Institute of Technology, and Qiqihar Xiangke New Materials Co., Ltd. The original charts and figures are stored in file formats including XLSX, PDF and JPG.

搜集汇总

背景与挑战

背景概述

本数据集围绕提拉式气压浸渗高通量制备技术，提供了多单元并联结构与串联式通道设计的预制体模具装配图、单次制备超过100件的样品展示图，以及用于研究金刚石不同参数对金刚石/铝复合材料热学性能影响的数据。该数据集旨在通过多因素分析筛选增强体本征参数，从而指导金刚石/铝复合材料的高效率研究，数据量为13.9MB，包含xlsx、pdf、jpg等格式文件。