Mössbauer Study of Iron Minerals Formed by Dissimilatory Bacterium

N.I. Chistyakova; V.S. Rusakov; Yu.A. Koksharov; D.G. Zavarzina; Jean Marc Greneche

doi:10.4028/www.scientific.net/SSP.152-153.431

Paper Titles

EMR Spectra of Iron-Based Nanoparticles Produced by Dissimilatory Bacteria
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Crossover from Valence Phase Transition to Kondo Behavior in Yb_1-xCe_xInCu₄ as Probed by Cu NQR
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Multi-Channel High-T_c SQUID System for Bio-Applications
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Domain Structure Reversible Reconstruction of Amorphous Ferromagnetic by Water Molecules Weak Adsorption
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Mössbauer Study of Iron Minerals Formed by Dissimilatory Bacterium
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Heating in an Alternating Magnetic Field due to Non-Equilibrium Magnetization
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Dependence of Flex on Suspension Capacitance on Human-Body-Model-Electrostatic-Discharge Affected TMR Head
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ESD Affected GMR Head Detection by Using Machine Model: Wavelet Transform Technique Approach
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An EMI Immunity Study of TMR Heads in Quasi-Static Tester due to the Direction of Sweeping Frequency
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Mössbauer Study of Iron Minerals Formed by Dissimilatory Bacterium

Abstract:

The kinetics of formation of iron-containing minerals by thermophilic dissimilatory iron-reducing bacteria Themincola ferriacetica (strain Z-0001) has been investigated by Mössbauer spectroscopy. The Mossbauer measurements were performed at room and low (77 and 4.2 K) temperatures and in a magnetic field of 6 T. Electron magnetic resonance (EМR) measurements were also carried out.