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Vol. 8 (2005 year), No. 1
Morozov N.N., Gnatyuk V.S.
The method of calculation of the function of energy distribution of conduction electrons at stationary gas ionization
In order to calculate many integrals characterizing the ionized gas state it is necessary to have the function of energy distribution of conduction electrons. It appreciably differs from equilibrium when the source of the ionized radiation has a stationary character. The function of electron energy distribution has been found by solving the electrons' balance equation in a minor energy range. The solution has been found by using Fourier-images of the distribution function and source function. The more convenient approximate balance equation has been found as well.
(in Russian, стр.2, fig. 0, tables. 0, ref 1, Adobe PDF, Adobe PDF 152 Kb)
Vol. 12 (2009 year), No. 1
Kuzminykh I.S., Kuzminykh A.S., Pasechnikov M.A., Men'shikov V.I., Morozov N.N.
Indexes of efficiency of safety formal evaluation methods in structures of ship operation
Some likely problems of hydrocarbon reserves' development on continental platform of the Arctic seas of the Russian Federation accounting their geographical and natural peculiarities have been analyzed in the paper. In particular, protection of safety navigation during loading and transport operations while transiting oil by tanker fleet has been considered.
(in Russian, стр.3, fig. 0, tables. 0, ref 3, Adobe PDF, Adobe PDF 0 Kb)
Vol. 12 (2009 year), No. 1
Eryomin M.M., Men'shikov V.I., Putintsev N.M., Morozov N.N.
Efficiency of interactive management of multimedia area of vessel conning bridge at safe navigation
The ship safety management structure has been considered in the paper. The approach to determining necessary and sufficient informational resources providing a precognition mechanism has been formulated. The precognition mechanism is an integral part of the expert system software.
(in Russian, стр.3, fig. 0, tables. 0, ref 1, Adobe PDF, Adobe PDF 0 Kb)
Vol. 13 (2010 year), No. 4
Morozov N.N., Kashkatenko G.V.
Microwave heating of oil products in pipelines
Oil product’s high-frequency electromagnetic heating is an effective tool of volume heating. Present-day researches demonstrate the efficiency of this heating method. But most researches represent pipelines as a certain feeder ducting electromagnetic energy. From our point of view such approach is not effective due to great attenuation of electromagnetic waves giving it a considerable loss of time in elimination of asphalt-paraffin plugs. The asymmetrical strip line enclosed into the pipe can be used for solution to the problem of uniform heating.
(in Russian, стр.3, fig. 3, tables. 0, ref 6, Adobe PDF, Adobe PDF 0 Kb)
Vol. 15 (2012 year), No. 1
Grokhovsky V.A., Volchenko V.I., Kuranova L.K., Shveikina K.S., Glazunov Yu.T., Morozov N.N.
Development of multi-component paste canned food with blanched cod liver and its oil
A series of recipes of cod liver pastes with adding some vegetable components has been developed on the basis of previously established technology of blanched canned cod liver. The optimization of the recipes has been carried out, the sterilization regime has been found. The series of canned food based on vegetable raw material, mushrooms and cod liver oil has been developed.
(in Russian, стр.5, fig. 3, tables. 4, ref 3, Adobe PDF, Adobe PDF 0 Kb)
Vol. 15 (2012 year), No. 1
Grokhovsky V.A., Morozov N.N.
The use of electro-physical methods in technology of cold-smoked smokeless hydrobionts
The researches with the help of an experimental set for application the electrostatic field (ESF) for intensification of the fish dehydration process and process of cold smokeless smoking have been carried out. Due to the experiments it has been determined that the extraction of water from fish (by air ionized in the ESF) increases on 12-17 % as compared to usual drying conditions during processing mackerel and horse mackerel. The use of the ESF is practicable in the cold smokeless smoking technology as for liquid smoke thickening and for intensification of the fish dehydration process as well.
(in Russian, стр.9, fig. 6, tables. 5, ref 3, Adobe PDF, Adobe PDF 0 Kb)
Vol. 15 (2012 year), No. 1
Kuchina Yu.A., Dolgopyatova N.V., Novikov V.Yu., Sagaidachny V.A., Morozov N.N.
Instrumental methods of determining the degree of chitin deacetylation
The overview of methods for determination the chitin and chitosan deacetylation degree has been carried out. The optical density of chitosan samples with different molecular weight in the infrared has been defined. The comparative results of measuring chitin deacetylation degree by the method of infrared spectroscopy and using registration of chitin acid hydrolysis product by the liquid chromatography method have been given.
(in Russian, стр.7, fig. 6, tables. 2, ref 16, Adobe PDF, Adobe PDF 0 Kb)
Vol. 15 (2012 year), No. 3
Dedkov N.P., Morozov N.N., Putintsev N.M., Podobed V.A.
Innovative technologies for elimination of emergency oil spillage at transportation by vessels
The paper sets out the methodology and examples of predicting physical and chemical properties of oil depending on the time and wind speed. The efficiency of the use of innovative technologies for the successful elimination of emergency situations at sea has been revealed.
(in Russian, стр.5, fig. 6, tables. 1, ref 1, Adobe PDF, Adobe PDF 0 Kb)
Vol. 15 (2012 year), No. 3
Sirotyuk A.A., Men'shikov V.I., Morozov N.N., Putintsev N.M.
Reliability of resolution of problem situations in the management of the vessel safety
The paper considers the problem of choosing some guaranteed result in the management of navigation; the probabilistic assessment of the reliability of this choice has been given.
(in Russian, стр.3, fig. 0, tables. 0, ref 1, Adobe PDF, Adobe PDF 0 Kb)
Vol. 16 (2013 year), No. 1
Morozov N.N.
Microwave technology as a way to protect pipelines from corking
The paper considers microwave (MV) technology of heating tough liquid in order to protect pipelines from corking. Methods for calculation MV energy necessary to support working temperature in pipelines have been proposed. The efficiency of this technology in comparison to crude oil burning for the same purpose has been shown.
(in Russian, стр.2, fig. 1, tables. 0, ref 3, Adobe PDF, Adobe PDF 0 Kb)