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Jakovlevich D.G.,Orel State Agrarian University
Water and Ecology | Year: 2015

The new method of wastewater sludge utilization by means of destruction and clearance of hazardous substances containing in the sludge and blockage of heavy metals by high-temperature processing in ceramic mixture with the simultaneous production of new useful products - wall ceramics, is justified. © 2015, Vodoproekt-Giprokommunvodokanal.Sankt-Peterburg. All rights Reserved.

Konstantinov I.S.,Belgorod State University | Ivaschuk O.A.,Orel State Agrarian University
Proceedings of the 2013 IEEE 7th International Conference on Intelligent Data Acquisition and Advanced Computing Systems, IDAACS 2013 | Year: 2013

The paper provides the results of automated control system simulation by an ecological situation in the urbanized territory, methods of system's intellectualization of carrying out monitoring and support of administrative decisions' acceptance. © 2013 IEEE.

Shabelskiy A.,Orel State Agrarian University
IEEE Sensors Journal | Year: 2011

The development of novel potentiometric sensors for cobalt (II) ions in aqueous solutions is reported here. Cobalt-polymer composites have been used to produce cobalt-selective membranes. Analytical characteristics of the proposal sensors have been determined. Morphological investigation allows revealing the formation of the endless conductive cluster in the threshold area of cobalt metal concentrations. The existence of such a structural unit makes possible the usage of the elaborated composites as a sensitive membrane for ion-selective electrodes. Results obtained from X-ray photoelectron spectroscopy prove the formation of cobalt-polymer complexes in these composites. Strong cobalt-polymer interaction is detected by the X-ray diffraction method. Metal - polymer complexes determine the electrochemical properties of the composite ion-selective membranes. Composite cobalt-selective electrodes can find application in a chemical or ecological monitoring for the presence of Co (II) ions. © 2011 IEEE.

Fu S.,Xiamen University of Technology | Li S.,Xiamen University of Technology | Luo N.,Xiamen University of Technology | Elena M.,Orel State Agrarian University
Advances in Mechanical Engineering | Year: 2016

Aiming at the vehicle power train, system dynamic optimization is profoundly studied based on the system torsional vibration characteristics analysis. First, based on the concentrated mass method, the general torsional vibration model of vehicle power train is established and solved after parameters' (inertia, stiffness, and damping) matrix and mathematic constraint conditions are acquired. Furthermore, both free vibration and forced vibration characteristics are analyzed. Second, the effects of the coupling stiffness on the dynamics behaviors of power train are thoroughly analyzed. The sensitivity analysis procedure is explored. And sensitivity models of both free and forced vibration feature parameters are deduced. Finally, dynamic optimization theory model and program are constructed based on genetic algorithm. The optimization results indicate that the proposed optimization method could contribute to the sharp attenuation of system torsional vibration. © SAGE Publications Ltd.

Kolomeichenko A.V.,Orel State Agrarian University | Kuznetsov I.S.,Orel State Agrarian University
Journal of Friction and Wear | Year: 2014

The tribotechnical characteristics of electrospark coatings of amorphous and nanocrystalline iron alloys have been determined. The influence of the crystalline phase on the wear rate of electrospark coating has been established. © 2014, Allerton Press, Inc.

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