具有新奇超导配对对称性的材料研究数据集

该数据集针对课题目标发现一类具有新奇超导配对对称性的新型材料，包含了研究K2Cr3As3材料的超导态配对对称性过程中产生的原始数据和分析数据。研究理解自旋三重态超导和其它量子态的内在关系，获得导致自旋三重态超导的机制，可用于研究拓扑超导电性及其可能的技术应用。数据集获得了材料的表征数据，磁化率测量数据，不同磁场方向、大小条件下的变温核磁共振测量数据，包括共振谱、奈特位移、自旋晶格弛豫率。数据集大小约为570MB。

This dataset targets the research objective of discovering novel materials with exotic superconducting pairing symmetries, and contains both raw and analyzed data generated during the investigation of the superconducting pairing symmetry of K₂Cr₃As₃. It aims to clarify the intrinsic relationship between spin-triplet superconductivity and other quantum states, and elucidate the mechanism leading to spin-triplet superconductivity. This dataset can be used for studies of topological superconductivity and its potential technological applications. The dataset includes material characterization data, magnetic susceptibility measurement data, and temperature-dependent nuclear magnetic resonance (NMR) data collected under varying magnetic field directions and magnitudes, covering resonance spectra, Knight shifts, and spin-lattice relaxation rates. The total size of the dataset is approximately 570 MB.

搜集汇总

背景与挑战

背景概述

该数据集聚焦于探索具有新奇超导配对对称性的材料，以K2Cr3As3为研究对象，提供了超导态配对对称性相关的原始与分析数据，包括磁化率、核磁共振测量等实验数据。其目标在于揭示自旋三重态超导机制，并支持拓扑超导电性及其潜在应用的研究，数据总量约为570MB。