氢压缩机用 TiZrCrFe 合金优化数据集

采用正交实验设计了(Ti1-xZrx)yCr2-zFez系列合金，用于三级金属氢化物氢气压缩机。XRD结果表明，该合金以C14 Laves相存在，SEM和能谱分析显示各元素分布均匀。研究了Zr取代Ti、Fe取代Cr和过化学计量对合金性能的影响采用正交分析方法研究了Ti-Zr-Cr-Fe合金的储氢性能。主要记录了XRD数据、PCT数据、SEM和EDS数据等。A series of (Ti₁₋ₓZrₓ)ᵧCr₂₋zFe_z alloys were designed via orthogonal experiments for application in three-stage metal hydride hydrogen compressors. XRD results demonstrate that these alloys predominantly exist in the C14 Laves phase. Scanning electron microscopy (SEM) and energy dispersive X-ray spectroscopy (EDS) analyses reveal uniform distribution of all constituent elements. The effects of Zr substitution for Ti, Fe substitution for Cr, and over-stoichiometry on alloy properties, as well as the hydrogen storage performance of Ti-Zr-Cr-Fe alloys, were investigated using orthogonal analysis. The dataset mainly records XRD patterns, Pressure-Composition-Temperature (PCT) data, SEM images, and EDS data, among others.

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背景与挑战

背景概述

该数据集通过正交实验设计了Ti-Zr-Cr-Fe系列合金，用于优化三级金属氢化物氢气压缩机的性能。研究分析了Zr取代Ti、Fe取代Cr及过化学计量对合金储氢特性的影响，并记录了XRD、PCT、SEM和EDS等关键实验数据。