Nanotechnology Now - Press Release: Oxford Instruments Asylum Research Announces New “Relate” Software for Correlative Imaging with Atomic Force Microscopy and Electron Microscopy

Home > Press > Oxford Instruments Asylum Research Announces New “Relate” Software for Correlative Imaging with Atomic Force Microscopy and Electron Microscopy

Composite 3D image of a duplex steel sample prepared in Relate, comprising AFM topography and magnetic force microscopy data along with EBSD phase map (blue and red) and grain boundaries (greyscale).

Abstract:
Oxford Instruments Asylum Research is pleased to announce the release of the new “Relate” software package for correlative imaging with Asylum Research AFMs, electron microscopes, and Oxford Instruments NanoAnalysis EDS and EBSD detectors. The Relate software makes it simple to correlate, visualize, and analyze the multitude of image data types generated by these techniques. Correlative imaging enables scientists and engineers to realise the combined insights provided by these techniques for applications including semiconductors, metallurgy, and energy storage and generation materials.

Oxford Instruments Asylum Research Announces New “Relate” Software for Correlative Imaging with Atomic Force Microscopy and Electron Microscopy

Santa Barbara, CA | Posted on June 12th, 2020

“It is obvious that the elemental composition information from EDS and the crystallographic data from EBSD can complement the nanoscale structural, electrical, mechanical, and functional information that is generated by Asylum Research AFMs,” explained Dr. Roger Proksch, Group Technology Officer for Oxford Instruments. “But it has been difficult to take advantage of these synergies because the data is collected in slightly different regions of the sample and in different data formats. The Relate software solves those problems, making it far easier to correlate and analyze these complementary datasets.”

The Relate software works by importing data files in the native formats used by Asylum Research AFMs and Oxford Instruments NanoAnalysis EDS and EBSD detectors. Though one can closely match the area inspected by the different techniques, there will always be some mismatch in the position, scale, and rotation of these datasets. Relate allows the user to readily correlate data from the same region of interest and prepare composite 2D and 3D images. Most importantly, unlike simplistic image overlays, the underlying data structure of each layer is maintained by Relate. This enables not just visualisation, but true quantitative analysis of the combined datasets.

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