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Search Results: 1 - 10 of 538682 matches for " Khandrikov V. A. "
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DETERMINATION OF SPECIFIC POWER BALANCE OF TECHNOLOGICAL CYCLE OF ROUND TIMBER POWER-DRIVEN HARVESTING Определение удельного энергобаланса технологического цикла механизированной заготовки круглого лесоматериала
Gryazin V. A.,Gorbunov R. M.,Khandrikov V. A.,Trutnev N. V.
Polythematic Online Scientific Journal of Kuban State Agrarian University , 2013,
Abstract: This article presents the original data for study designed to determine the effect of individual parameters of machines and technological process of round timber harvesting on the energy consumption data. These data allow us to determine the frontier efficiency of individual processing steps as well as of timber harvesting generally
Black Hole in Binary System is the Source of Cosmic Gamma-Ray Bursts and Their Counterparts  [PDF]
A. V. Kuznetsov
Journal of Modern Physics (JMP) , 2011, DOI: 10.4236/jmp.2011.27082
Abstract: Discovery of GRB clusters allows us to determine coordinates and characteristics of their sources. The objects radiating GRBs are reliably identified with black hole binaries, including the Galactic binaries. One of the unusual GRB properties, which are determined by black hole, is revealed in that the measured arrival direction of GRB does not coincide with the real location of its source. Just this fact allows us to find the objects radiating GRBs. On the basis of the general relativity theory's effects, observed in the GRB clusters, the technique of the black hole masses measurement is developed. The calculated black hole masses for the majority of known Galactic BH binaries are presented. It is briefly shown how the incorrect interpretations of observational facts result in an erroneous idea of the GRB cosmological origin. In fact, two problems are solved in the paper: the GRB origin and the reality of BH existence.
Book Review of Non-Traditional Dynamics in Electronics: Theory and Practice  [PDF]
V. A. Banakh
Journal of Modern Physics (JMP) , 2012, DOI: 10.4236/jmp.2012.34049
Abstract: Book Review of Non-Traditional Dynamics in Electronics: Theory and Practice
Feynman Formulas Representation of Semigroups Generated by Parabolic Difference-Differential Equations  [PDF]
V. Sakbaev, A. Yaakbarieh
American Journal of Computational Mathematics (AJCM) , 2012, DOI: 10.4236/ajcm.2012.24040
Abstract: We establish that the Laplas operator with perturbation by symmetrised linear hall of displacement argument operators is the generator of unitary group in the Hilbert space of square integrable functions. The representation of semigroup of Cauchy problem solutions for considered functional differential equation is given by the Feynman formulas.
Quantum Entanglement on Cosmological Scale  [PDF]
A. Nicolaidis, V. Kiosses
Journal of Modern Physics (JMP) , 2013, DOI: 10.4236/jmp.2013.48A014
Abstract:

It has been indicated that relational logic may serve as the common foundation of quantum mechanics and string theory. A relation may be represented by a spinor and the Cartan-Penrose connection of spinor to geometry, allows to abstract geometry as the outcome of entangled relations-spinors. Our approach goes in parallel with Wheelers pregeometry, where pregeometry, the stage preceding geometry, is based on a calculus of relations-propositions. With a single spinor related to the null cone of Minkowski space-time, we search for the geometry when we couple a left-handed spinor and a right-handed spinor. We find that a Majorana-type coupling gives rise to the ordinary entanglement, while a Diractype coupling generates an extra dimension with two branes coexisting in the extra dimension. One brane hosts lefthanded particles (our brane), while the other brane hosts right-handed particles. A distinct phenomenology accompanies our proposal. The left-right symmetry is achieved with having two mirror branes and the neutrino appears as the ideal mediator between the branes. We may revisit also the dark matter, dark energy issues, with everything on the other brane and in the bulk appearing dark to us. During the brane collision all points are causally connected, making less pressing the inflationary scenario. Our scheme brings closer logic—quantum theory—cosmology, while space-time, rather than an abstract and an a priori construction, appears as the outcome of a quantum logical act.

The Use of Life Narrative and Living Standard Measurement Survey Data in the Study of Poverty in the Caribbean: A Resolution of Conflicting Epistemologies  [PDF]
Dennis A. V. Brown
Sociology Mind (SM) , 2013, DOI: 10.4236/sm.2013.33030
Abstract:

The paper examines the compatibility or usefulness of fit between epistemologically disparate quantitative survey data and qualitative life narrative data gleaned in the study of poverty in the Caribbean. It aims to find out whether or not the different approaches to the understanding of reality on which the two methodologies are based preclude the integration of their findings as a means of furthering understanding of the dynamics of Caribbean poverty. The analysis draws on Country Poverty Studies conducted in the territory of Grenada in the Eastern Caribbean. It is centered on the demographic measure of fertility, a measure of chronic illnesses by socioeconomic status and life narrative interviews conducted around the themes of poverty, family and life experiences with select poor households across the country. Fertility was measured using parity of women aged <15 - 30+. Statistical analyses were done using cross tabulations. The findings indicate that the hermeneutic understanding of the life narratives, and the causal explanatory accounts provided by the positivist quantitative data, allow for understanding of negative health seeking behaviour on the part of the poor, not provided by the quantitative data by themselves. They also provide insight into the synergy between family, reproductive behaviour, labour market status and chronic poverty in the Caribbean region that would not have been possible through the use of the positivist quantitative method by itself.

Critical Energy Infrastructure: Cyberterrorism Threats and Means of Protection  [PDF]
V. A. Vasenin
Journal of Software Engineering and Applications (JSEA) , 2013, DOI: 10.4236/jsea.2013.69A003
Abstract:

The present paper is concerned with potential cyberterrorist threats which the objects of national energy infrastructure may undergo, directions of development of counteraction means for these threats, problems arising during this development and their possible solutions. This problem field is studied by the author from scientific point of view (from point of view of computer science and information security of large systems) and this paper reflects results of such studies. Many special technical terms were omitted or substituted in order to make the statement accessible to wider range of people concerned.

Elucidation on Reactions Thermodynamics and Kinetics of OFC-A of Steels  [PDF]
A.V. Adedayo
Journal of Minerals and Materials Characterization and Engineering (JMMCE) , 2010, DOI: 10.4236/jmmce.2010.97043
Abstract: The basic principles of Oxyfuel cutting of metals lie in rapid high-temperature oxidation of the cut metal. Considerable proportion of the published work on the subject of oxygen cutting, the details of the oxidation reaction are overlooked or confused. Most often, physical characteristics of oxidized material is attributed to that of iron rather than iron oxide. The analysis of the oxidation reactions pertinent to Oxyfuel cutting of steels has also been majorly ignored. The oxidation process of iron and steel though similar in some respects, yet, in other aspects, show significant differences. This paper presents experimental and theoretical elucidation on reactions thermodynamics and kinetics of oxyfuel cutting processes of steel. Six 10mm metallurgy steel rods of different wt% C were flame cut using different acetylene and oxygen pressures. The composition of the steel rods used ranged from 0.16 wt% C to 0.33wt% C. Acetylene pressures used ranged from 3.45 x 10-2 N.m-2 to 5.52 x 10-2N.m-2, while oxygen pressure ranged from 2.76 x 10-1N.m-2 to 3.17 x 10-1 N.m-2. The result shows that the cutting rates decreased with carbon content of the steel as a result of reduction of iron oxide during decarburization reactions. Theoretical models of the thermodynamics and kinetics of cutting process pertinent to steels are also discussed.
Development Processes of Globular Microstructure  [PDF]
A.V. Adedayo
Journal of Minerals and Materials Characterization and Engineering (JMMCE) , 2011, DOI: 10.4236/jmmce.2011.107050
Abstract: Semi solid metallurgy offers distinct advantages over other near-net-shape manufacturing processes. By this process, components are produced from slurry kept at a temperature between the solidus and the liquidus isotherms, resulting in breakdown of the dendritic structure. A new structure in which the morphology of the crystals of the primary phase is globular evolves. In this present paper, the importance of globular structure is identified. The theories of evolution of globular crystals in thixo–processing are identified and discussed.
Model of Plant Productivity and a Computer System for Optimization of Agro-Technology Using the Method of Exergic Analysis  [PDF]
V. A. Mudrik
World Journal of Engineering and Technology (WJET) , 2017, DOI: 10.4236/wjet.2017.55B002
Abstract:
A model of a potentially effective type energy-resource-saving of optimization of agro-technologies, based on the principle subordination of synergetics, was established. There was developed computer system energy-resource-saving optimization of agricultural technologies. The main feature of crop production is provided by the plants which themselves are self-organizing organisms. This allows us to adopt the principle of subordination of synergetics as the basis of the model. The value of free energy at the input into plants, estimated by the process of photosynthesis, is equal to the value of “radiation exergy for plant growth”. Assessment of the use of radiation energy is carried out based on the energy-converting characteristics of plants, which were obtained in climate chambers under controlled conditions. We used the model based on the principle of subordination of synergetics to develop common quantitative mutually agreed definitions of the main agroecological variables: Agroclimatic and Meliorative potentials of lands, their fertility, and potential (maximum) productivity of plants under different environment conditions.
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