Electromagnetic Field as Agent Moving Bioactive Cations. A New Antimicrobial System in Architecture Technology

There is a new described antifungal system (GALVI) involving the moving of bioactive ions of Zn, Cu and Bi for the protection of cultural heritage objects such as buildings, sculptures and stretchers. There were two kinds of galvanic cells that were used: the first composed of a two-electrodes syste...

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Veröffentlicht in:	Applied sciences 2021-09, Vol.11 (18), p.8320
Hauptverfasser:	Chlebicki, Andrzej, Spisak, Wojciech, Lorenc, Marek W., Śliwa, Lucyna, Wołowski, Konrad
Format:	Artikel
Sprache:	eng
Schlagworte:	Algae Antiinfectives and antibacterials antimicrobial technology Architecture Bacteria Bathrooms Biofilms Biological activity Buildings Cations Colonization Cultural heritage Cultural resources Cyanobacteria Drug resistance Electrodes Electrolytic cells Electromagnetic fields Electromagnetism Fungi Fungicides galvanic cells GALVI technology Gene amplification Investigations Ions Marl Metals Microhabitats Microorganisms Minerals Museums Nanoparticles Rocks Sandstone Sculpture Silver Silver mines Solar radiation Solid phases Statuary Stone Stretchers Wineries Zinc
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Zusammenfassung:	There is a new described antifungal system (GALVI) involving the moving of bioactive ions of Zn, Cu and Bi for the protection of cultural heritage objects such as buildings, sculptures and stretchers. There were two kinds of galvanic cells that were used: the first composed of a two-electrodes system, Zn, Cu, and second one composed of a three-electrodes system, Zn, Bi and Cu. Moreover, two-phase media are proposed with various kinds of rocks used in architectonical objects. Microorganisms inhabit the boundaries of two liquid and solid phases. This enables the investigation of the process of rock colonization. Possible applications of the suggested GALVI system are mentioned.
ISSN:	2076-3417 2076-3417
DOI:	10.3390/app11188320