The underwater spark discharge between manganese granules was studied. Optical emission spectroscopy methods were used for diagnostics of such discharge plasma. The colloidal solution with manganese nanoparticles was produced by this discharge. The biological applications of this colloid were analyzed. The mechanism of metallic nanoparticle action and their transformation at interacting with biological objects were studied in Alternaria alternata culture.
В статье приведены результаты исследований влияния длительности разрядных импульсов квазитрапецеидальной формы, а также условий хранения дисперсий частиц железа, получаемых объемным электроэрозионным диспергированием его гранул в воде, на их гранулометрические характеристики и структурно-фазовое состояние
N. Taran合作论文数1
Viacheslav Boretskij合作论文数Taras Shevchenko National University of Kyiv1
Kondratenko, I.P.合作论文数1
L. M. Batsmanova合作论文数National Taras Shevchenko;University of Kyiv;National Taras Shevchenko, University of Kyiv1V. P. Zalutskii合作论文数1A. N. Veklich合作论文数Radiophys . Dept .;Kiev National University1
