Treffer 1 - 6 von 6 für Suche 'Deev, Dmitrii', Suchdauer: 0,40s Treffer weiter einschränken
  1. 1
    When Beneficial Biofilm on Materials Is Needed: Electrostatic Attachment of Living Bacterial Cells Induces Biofilm Formation

    When Beneficial Biofilm on Materials Is Needed: Electrostatic Attachment of Living Bacterial Cells Induces Biofilm Formation von Deev, Dmitrii, Rybkin, Iaroslav, Rijavec, Tomaž, Lapanje, Aleš

    Veröffentlicht in Frontiers in materials

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  2. 2
    Uranium (VI) reduction by an iron-reducing Desulfitobacterium species as single cells and in artificial multispecies bio-aggregates

    Uranium (VI) reduction by an iron-reducing Desulfitobacterium species as single cells and in artificial multispecies bio-aggregates von Hilpmann, Stephan, Jeschke, Isabelle, Hübner, René, Deev, Dmitrii, Zugan, Maja, Rijavec, Tomaž, Lapanje, Aleš, Schymura, Stefan, Cherkouk, Andrea


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  3. 3
    Development of Bio-Photoelectrochemical Hybrids for Solar Energy Conversion

    Development of Bio-Photoelectrochemical Hybrids for Solar Energy Conversion von Sharifi, Tayebeh, Bohinc, Blaž, Deev, Dmitrii, Strok, Marko, Lapanje, Ales, Rijavec, Tomaž

    Veröffentlicht in ECS transactions

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  4. 4
    Data publication: Uranium (VI) reduction by an iron-reducing Desulfitobacterium species as single cells and in artificial multispecies bio-aggregates

    Data publication: Uranium (VI) reduction by an iron-reducing Desulfitobacterium species as single cells and in artificial multispecies bio-aggregates von Hilpmann, Stephan, Jeschke, Isabelle, Hübner, René, Deev, Dmitrii, Zugan, Maja, Rijavec, Tomaz, Lapanje, Ales, Schymura, Stephan, Cherkouk, Andrea

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  5. 5
    Data publication: Uranium (VI) reduction by an iron-reducing Desulfitobacterium species as single cells and in artificial multispecies bio-aggregates

    Data publication: Uranium (VI) reduction by an iron-reducing Desulfitobacterium species as single cells and in artificial multispecies bio-aggregates von Hilpmann, Stephan, Jeschke, Isabelle, Hübner, René, Deev, Dmitrii, Zugan, Maja, Rijavec, Tomaz, Lapanje, Ales, Schymura, Stephan, Cherkouk, Andrea

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  6. 6
    Microbiotechnology-Based Solutions for Removal and Valorization of Waste in Pulp and Paper Industry

    Microbiotechnology-Based Solutions for Removal and Valorization of Waste in Pulp and Paper Industry von Verdel, Nada, Sežun, Mija, Rijavec, Tomaž, Zugan, Maja, Deev, Dmitrii, Rybkin, Iaroslav, Lapanje, Aleš

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