Data underlying the publication: Solvent-Free Confinement of Ordered Microparticle Monolayers: Effect of Host Substrate and Pattern Symmetry

  • Ignaas Jimidar (Supervisor)
  • Mitch T. J. de Waard (Researcher)
  • Gijs Roozendaal (Researcher)
  • Kai Sotthewes (Supervisor)

Dataset

Description

The objective of the research is to understand the effect of particle size, and substrate properties on the assembled order of dry powder using a solvent-free rubbing method. As such, optical microscopy images were taken, which are subsequently analysed using Matlab. Our data includes the raw optical microscope images, the MATLAB codes to analyze these images. The output of the particle detection is also included. A README file is also shared to clarify our data structure.

Abstract

The objective of the research is to understand the effect of particle size, and substrate properties on the assembled order of dry powder using a solvent-free rubbing method. As such, optical microscopy images were taken, which are subsequently analysed using Matlab. Our data includes the raw optical microscope images, the MATLAB codes to analyze these images. The output of the particle detection is also included. A README file is also shared to clarify our data structure.
Date made available11 Nov 2024
Publisher4TU.ResearchData

Keywords

  • Condensed Matter Physics
  • FOS: Chemical sciences
  • soft matter
  • FOS: Chemical engineering
  • Materials Engineering
  • FOS: Physical sciences
  • Time: 01/12/2024

Format

  • Format
  • tif
  • png
  • m
  • mat

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