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Intensification of Biomass Cultivation Process of Lemna minor at Physical Exposure


Affiliations
1 Saratov State Technical University named after Yu. Gagarin, Russian Federation, 413100, Engels, Saratov Region, Pl. Liberty 17, Russian Federation
2 Saint Petersburg State Polytechnical University named after Peter the Great, Russian Federation, 195251, St.Petersburg, Polytechnicheskaya, 29, Russian Federation
 

The study suggest methods for biomass of Lemna minor increase by means of plant treatment by various physical impacts (ultraviolet, infrared, low intensity electromagnetic radiation, magnetic fields). Enhancement of plant reproduction rate and biomass production are caused by increase of energy absorbed by the plant, perimembrane water molecule cluster structure changing, changing of potential difference at the cell membrane, its permeability and enlargement of nutrient transport from the environment to the cell.

Keywords

Lemna minor, Biogas, Phytoremediation, Physical Exposure, Biomass Production.
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  • Intensification of Biomass Cultivation Process of Lemna minor at Physical Exposure

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Authors

L. N. Ol’shanskaya
Saratov State Technical University named after Yu. Gagarin, Russian Federation, 413100, Engels, Saratov Region, Pl. Liberty 17, Russian Federation
N. A. Politaeva
Saint Petersburg State Polytechnical University named after Peter the Great, Russian Federation, 195251, St.Petersburg, Polytechnicheskaya, 29, Russian Federation
O. A. Aref’eva
Saratov State Technical University named after Yu. Gagarin, Russian Federation, 413100, Engels, Saratov Region, Pl. Liberty 17, Russian Federation
R. Sh. Valiev
Saratov State Technical University named after Yu. Gagarin, Russian Federation, 413100, Engels, Saratov Region, Pl. Liberty 17, Russian Federation

Abstract


The study suggest methods for biomass of Lemna minor increase by means of plant treatment by various physical impacts (ultraviolet, infrared, low intensity electromagnetic radiation, magnetic fields). Enhancement of plant reproduction rate and biomass production are caused by increase of energy absorbed by the plant, perimembrane water molecule cluster structure changing, changing of potential difference at the cell membrane, its permeability and enlargement of nutrient transport from the environment to the cell.

Keywords


Lemna minor, Biogas, Phytoremediation, Physical Exposure, Biomass Production.

References