Different mixtures (by volume) of graphite-nanoparticles and analysis particles

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Metadata

Other contributing persons, institutions or organisations	eu - Funder
Other contributing persons, institutions or organisations	Ditscherlein, Ralf - MVTAT - ProjectLeader
Person(s) who is (are) responsible for the content of the research data	Ditscherlein, Ralf
Type of data acquisition	Experiment: embedding of particle mixture in epoxy resin tomographic analysis via X-ray microscopy
Used research instruments or devices	micro-CT ZEISS VERSA510
Research objects	PhysicalObject: particle system
Abstract	To determine an optimal mixture of the two components, the following volume-fractions were analysed: Nanoparticle:Particle 20vol-%:80vol-% 40vol-%:60vol-% 60vol-%:40vol-%
Table of contents	20vol-%:80vol-%: 4 scans of 4 individual experiments + 1 high resolution scan (0.4 µm voxel size) 40vol-%:60vol-%: 1 scan 60vol-%:40vol-%: 1 scan
Language	eng
Year or period of data production	2020
Publication year	2020
Publisher	Technische Universität Bergakademie Freiberg
Publisher	Ralf Ditscherlein, TU Bergakademie Freiberg, Institut MVTAT
References on related materials	IsPartOf: 123456789/1733 (Handle)
Content of the research data	Image: \| 20vol-% Nanoparticles: 80vol-% Particles: NP_P_20_80__0, NP_P_20_80__A, NP_P_20_80__A_HighRes, NP_P_20_80__B, NP_P_20_80__C \| 40vol-% Nanoparticles: 60vol-% Particles: NP_P_40_60 \| 60vol-% Nanoparticles: 40vol-% Particles: NP_P_60_40 \| acquisition_... / recon_... documents the scan and reconstruction parameters
Holder of usage rights	Technische Universität Bergakademie Freiberg
Usage rights of the data	CC-BY-4.0
Software	Resource Processing: Fiji (ImageJ) 1.51 w
Additional precise description of discipline	Process Engineering
Discipline(s)	Engineering	de
Title of the dataset	Different mixtures (by volume) of graphite-nanoparticles and analysis particles