Microporous conductors dataset: redox active and mixed-valent metal-organic frameworks

The microporous conductors dataset is an outcome of a project to investigate the development of porous, lightweight materials that exhibit the property of redox-activity (electronic conductivity) through metal-organic frameworks. The goal of the project is to design metal-organic framework materials, in which electron conduction is achived through the backbone of the framework, rather than the porous structure of the framework. Applications of this technology could include lightweight conductors for electronic sensors or novel electronic conductors.

Spectroscopic data is captured using a CARY 5000 UV-Vis-nearIR spectrometer, a Harrick Omni-Diff Probe with Fibre Optic Coupler, and a BASi Epsilon Electrochemical analyser. Instrument data is converted to .CSV format, and is manipulated using data analysis and visualisation software programmes including Origin, SigmaPlot and MathCAD. Analysed data is exported to .JPEG format for publication. For further information, please refer to the associated publications.

本微孔导体数据集源自一项研究项目，该项目旨在开发借助金属有机框架（Metal-Organic Frameworks）实现氧化还原活性（即电子导电性）的多孔轻质材料。本项目的目标是设计一类金属有机框架材料，其电子传导路径依托框架的主链结构，而非框架的多孔结构。该技术的应用场景可涵盖电子传感器用轻质导体，以及新型电子导体。

光谱数据通过以下设备采集：CARY 5000型紫外-可见-近红外分光光度计、带光纤耦合器的Harrick Omni-Diff探头，以及BASi Epsilon型电化学分析仪。仪器采集的原始数据将转换为.CSV格式，并借助Origin、SigmaPlot、MathCAD等数据分析与可视化软件进行处理。经分析处理的数据将导出为.JPEG格式以用于学术发表。如需获取更多信息，请参阅相关研究论文。

搜集汇总

背景与挑战

背景概述

该数据集聚焦于氧化还原活性和混合价态金属有机框架的微孔导体研究，旨在开发通过骨架实现电子传导的轻质多孔材料，潜在应用于电子传感器和新型导体。数据包括光谱和电化学分析结果，以.CSV格式存储，并使用专业软件处理，为相关化学领域提供实验支持。