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[en] With directly in the living organism born ions exception, LNI coming through three phases: ionisation, attachment by the electronegative molecules and the clusters formation due to local electrostatic interactions. The quantitative analysis of physical parameters leads to conclusion that we cannot find any physical property (till known) explaining the positive affect of LNI on living organisms. Analysis of possible mechanism produces several hypotheses of LNI-organism interaction. A simplified semi-quantitative model of respiratory tract was developed for estimation of ions and ozone interaction with living organisms. A formation of oxygen radicals and products of their chain-reactions in intrinsic conditions is discussed
Journal
Problems of Atomic Science and Technology. Series: Plasma Physics; ISSN 1682-9344; 
; (no.1/10/); p. 187-189
; (no.1/10/); p. 187-189
[en] This paper is focused on a study of treatment of polyester fabric by an atmospheric dielectric barrier discharge (DBD). The experiment has been done in air pumping regime. Modification efficiency was analyzed by a drop test measurement. A time dependent modification was observed. The positive effect of the plasma treatment is more prominent in the case of 360 s modification time. Stability of modification effect in time is also discussed
Journal
Voprosy Atomnoj Nauki i Tekhniki; ISSN 1562-6016; ; (no.6/12); p. 195-197
; (no.6/12); p. 195-197
[en] Results of experimental investigation of corona light emission for different point-plane electrode configurations are presented. Studied corona discharge was burning in the air at atmospheric pressure. Electric field distribution for the same electrode configuration had been calculated, too. Paper compares measured and calculated data with respect to possible optimisation of the electrode is configuration. Electric field intensity distributions were calculated by the relaxation method
Journal
Problems of Atomic Science and Technology. Series: Plasma Physics; ISSN 1682-9344; ; (no.1/10/); p. 98-100
; (no.1/10/); p. 98-100
[en] Voltage-ampere characteristics of the atmospheric DC corona discharges on living botanical objects have been measured. Analysis of the results confirmed the known empirical relation, but a small disagreement with empirical relation has been found. These differences are discussed and empirical relation for current-voltage law is proposed. (Authors)
Source
Peter Lukac (ed.) (Comenius University, Faculty of Mathematics and Physics, Mlynska dolina F-1, 842 15 Bratislava (Slovakia)); Alexander Sivo - executive editor (Comenius University, Faculty of Mathematics and Physics, Mlynska dolina F-1, 842 15 Bratislava (Slovakia)). Funding organisation: Comenius University, Faculty of Mathematics and Physics, Mlynska dolina F-1, 842 15 Bratislava (Slovakia); Acta Physica Universitatis Comenianae; v. XLI(1,2); 139 p; ISBN 80-223-1550-8; ; 2000; p. 99-109; Comenius University Press Bratislava; Bratislava (Slovakia); CTU GRANT NO. 3098075; Availability from the Library, Faculty of Mathematics and Physics, Comenius University, Mlynska dolina, SK-842 15 Bratislava, Slovak Republic; 16 refs., 13 figs.
; 2000; p. 99-109; Comenius University Press Bratislava; Bratislava (Slovakia); CTU GRANT NO. 3098075; Availability from the Library, Faculty of Mathematics and Physics, Comenius University, Mlynska dolina, SK-842 15 Bratislava, Slovak Republic; 16 refs., 13 figs.
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