低钒TiZrMnCrV基合金的研究数据集

本文章主要是面向高安全低压高密度固态储氢装置设计和制备技术装置对于材料的性能要求，同时为了更好的调节平台特征以及合金整体设计成本，设计并测试若干少V的C14单相Ti-Zr-Mn-Cr-V合金，主要记录了不同材料的XRD图谱、SEM以及在不同温度下的PCT性能曲线、活化动力学性能。基于相关热力学动力学性能，我们选择了最优材料并进行了循环性能测试，抗粉化性能分析等基础储氢性能，数据量为7.34 MB

This work addresses the performance requirements of materials for the design and fabrication of high-safety, low-pressure, high-density solid-state hydrogen storage devices. To better tune the plateau characteristics and reduce the overall alloy design cost, we designed and tested several V-lean C14 single-phase Ti-Zr-Mn-Cr-V alloys. The recorded data primarily include XRD patterns, SEM images, PCT performance curves at various temperatures, and activation kinetic properties of different materials. Based on the corresponding thermodynamic and kinetic properties, we selected the optimal material and carried out cyclic performance tests, anti-pulverization performance analysis, and other basic hydrogen storage performance evaluations. The total size of this dataset is 7.34 MB.

搜集汇总

背景与挑战

背景概述

该数据集针对固态储氢装置的材料需求，研究低钒TiZrMnCrV基合金，旨在优化平台特征和成本。它包含材料表征与储氢性能测试数据，如XRD、SEM、PCT曲线及循环性能分析，数据量约7.34 MB。