Study on the Composition of Biogenic Iron-Containing Materials Obtained Under Cultivation of the Leptothrix sp. on Different Media

M Shopska, D Paneva, G Kadinov… - Applied biochemistry …, 2017 - Springer
The biogenic iron oxide/hydroxide materials possess useful combination of physicochemical
properties and are considered for application in various areas. Their production does not …

Composition and catalytic behavior in CO oxidation of biogenic iron-containing materials

M Shopska, D Paneva, G Kadinov, S Todorova… - Reaction Kinetics …, 2016 - Springer
The composition of biomasses obtained by the cultivation of Leptothrix genus bacteria in
Adler, Fedorov, and Lieske nutrition media has been studied by infrared and Mössbauer …

Investigation of biogenic iron-containing nanoscale composite materials

Z Cherkezova-Zheleva, D Paneva, M Shopska… - Hyperfine …, 2018 - Springer
Biogenic composites are interesting as green and sustainable precursors for preparation of
advanced materials of various applications. Biomaterials from Leptothrix group bacteria …

[PDF][PDF] Formation of biogenic iron-containing single-component material by Leptothrix sp. Cultivation

M Shopska, D Paneva, G Kadinov… - CR Acad Bulg Sci …, 2017 - researchgate.net
Results from experiments aiming biogenic lepidocrocite synthesis by Leptothrix genus of
bacteria cultivation are presented. Two approaches were applied:(i) variation of feeding …

[PDF][PDF] Modification and characterization of iron-containing biogenic materials as catalysts for the reaction of CO oxidation

TM Petrova, DG Paneva, SZ Todorova… - BULGARIAN …, 2018 - bcc.bas.bg
The present study is focused on the preparation of modified iron-containing biogenic
materials and testing them as catalysts for the reaction of CO oxidation. Modification was …

[PDF][PDF] Biogenic iron-containing materials synthesised in modified Lieske medium: composition, porous structure, and catalytic activity in n-hexane oxidation

M Shopska, G Kadinov, D Paneva… - Bulgarian Chemical …, 2018 - bcc.bas.bg
Leptothrix genus bacteria were cultivated in Lieske medium modified by the presence of
inorganic material. Two modifiers were used: a fibrous 0.3% Pd/mesoporous silica-alumina …