Примеры использования Plasma radiation на Английском языке и их переводы на Русский язык
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Brig pulsed plasma radiation source 13.
The aim of the investigation is to study the biocidal mechanisms of spark discharge plasma radiation.
The analysis of active products of spark discharge plasma radiation determining biological effects in tissues.
Thus, the oxidation of PL proceeds less intensively under spark plasma radiation.
Spark plasma radiation was shown to reduce the time of maximal chemiluminescence level occurrence, i.e.
Keywords: spark discharge plasma radiation, S.
Spark plasma radiation and UV radiation of a quartz lamp result in oppositely directed alterations of hydrophobicity of phospholipid fatty acids.
Keywords: radicals, reactive species,spark discharge plasma radiation, UV spectra, IR spectra.
Pulse duration of spark discharge plasma radiation of the given device 1,000 times greater than that of Brig device and 100 times of Pilimin IR-10.
Absorption spectra of the water samples exposed to the spark discharge plasma radiation of various devices.
Products formed under the action of plasma or plasma radiation can be detected by spectrophotometric and chemical methods in aqueous solutions of organic and inorganic matters.
Pyridine nucleotides in oxidized condition were found to prevail in cells after plasma radiation exposure.
Oxidative modification of erythrocyte proteins under plasma radiation to greater degree is due to the accumulation of bityrosine cross-links.
Keywords: mononuclear cells; phagocytosis; neutrophil NADPH-oxidase; DNA; RNA;non-coherent plasma radiation.
Keywords: gas-discharge plasma; gas-discharge devices; plasma radiation sources; plasma technologies in medicine.
UV radiation of a quartz lamp influences the lipid composition of peritoneal macrophage membranes to a greater extent than plasma radiation See Table 1.
The density of fatty acids of phospholipids decreases after spark plasma radiation and increases when exposed to UV lamp radiation. .
Plasma radiation was generated by impulse device with the following set characteristics: burst time- 100 µs, voltage- 11 kV, energy per pulse- 5.910 -2 J, pulse frequency- 10 Hz.
Oxygen explosion" time of macrophages decreases after plasma radiation exposure, but increases after UV lamp radiation exposure.
Spark plasma radiation causes the expansion in the number of cells participating in phagocytosis, the increase of absorbing capacity and oxygen-dependent metabolism of peritoneal macrophages.
The study showed phospholipid oxidation to be less intensive under spark plasma radiation than when exposed to UV lamp radiation. .
Plasma radiation affects the object distantly(contact-free, non-invasively), while primary active particles are generated under the influence of radiation in the substrate and react further with its matters.
The aim of the investigation was to estimate the effect of spark plasma radiation on oxidative protein modification in solutions and erythrocytes in experiments and in vitro.
Spark plasma radiation compared to UV lamp radiation contributes to the enhancement of phagocytic activity of peritoneal macrophages in less continuous modes, the effects under study being more pronounced.
The period of an"oxygen explosion" of macrophages reduces after plasma radiation, and increases when exposed to UV radiation of a quartz lamp.
Spark plasma radiation in contrast to UV radiation of a quartz lamp causes the growth of the number of cells participating in phagocytosis, the enhancement of absorbing capacity and oxygen-dependent metabolism of peritoneal macrophages.
The aim of the investigation is to analyze active products of spark discharge plasma radiation determining biological effects in tissues, estimate the radiation intensity, identify the resulting products and determine their concentrations.
Plasma radiation represents photons, which passing through the air(λ>200 nm) and hitting the object are, firstly, absorbed and activate type I and II reactions with the initiator in a triplet state, and, secondly, participate in the formation of active forms of oxygen and nitrogen 6-8.
The character of metabolic changes in cells after plasma radiation exposure was studied by pyridine nucleotides fluorescence intensity, surface structures condition- by the concentration of sialic acids in extracellular medium.
Spark plasma radiation and UV radiation of a quartz lamp are found to result in gradual increase of membrane microviscosity of peritoneal macrophages in a lipid bilayer if exposure time increases: if the exposure time is 1,200 s, microviscosity grows by 38 and 39.7%, respectively, compared to a control series Table 2.