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Nanotechnology / Diffraction / Optics / Electron microscopy / Nanoparticle / Electron / Superparamagnetism / Transmission electron microscopy / Center of Excellence in Nanotechnology at AIT / Physics / Condensed matter physics / Nanomaterials


Oriented attachment explains cobalt ferrite nanoparticle growth in bioinspired syntheses Annalena Wolff*1, Walid Hetaba1,2, Marco Wißbrock3, Stefan Löffler2,
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City

Burrows / Mallapragada / Chichester / Vienna / Hamburg / New York / /

Company

John Wiley and Sons Ltd / Plano GmbH / Plenum Press / John Wiley & Sons Ltd / Philips / Biomimetic / Creative Commons / /

Country

Germany / Austria / United Kingdom / /

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Facility

Vienna University of Technology / USTEM facility / Bielefeld University / Hamburg University of Technology / University Service Centre / /

IndustryTerm

biomedical and magnetic recording applications / surface energy / power-law fit / Excess solution / electron energy loss spectroscopy / conventional chemical bottom-up syntheses / lowest surface energy / energy / /

Organization

University Service Centre for Transmission Electron Microscopy / Bielefeld University / Beilstein-Institut / Vienna University of Technology / Hamburg University of Technology / /

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Position

Editor / kinetic model for oriented attachment / Cao / Corresponding author / /

ProvinceOrState

Pennsylvania / North Dakota / S. K. / /

PublishedMedium

the Beilstein Journal / /

Technology

GIF / Crystallization / spectroscopy / pdf / Dav / /

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http /

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