Selected basic contaminating matters which enter to atmosphere of city, contribution of enterprises of different industries of industry is definite to contamination of air. Changeability of volumes of the troop landing of contaminating matters in atmospheric air of city is analyzing.
Ecological estimation of quality water is conducted 56 small fresh water reservoirs of the Steppe area of Ukraine, which are related to the drinkable, technical and irrigational water-supply, on the criteria of mineralization, pH, to maintenance of biogenic elements. The got results ground for conducting to the passport system of the given water fund.
Kinetic of qualitative and quantitative changes of model oil pollutants is explored in the Kuyalnik estuary water at different salinity levels. It is shown that speed of natural disintegration of oil products is determined, mainly, by chemistry of oil pollutants and mineralization of the water.
Work concentrates on the foreign and national experience of taxes ecologization. Some new direction to improvement system of taxation with take into consideration environmental factor is discussed.
The indexes of estimation of investment attractiveness of nature protection activity of the biospherical national park territories are considered. The terms of bringing of investments in nature protection activity of biospherical national park are definite. Possibility of the most rational distributing of investments on the types of activity is shown.
On the example of the Odessa region the ecologo-economical problems of modern Ukraine are examined, namely annual increase of volumes of formation of wastes and satisfaction of necessities in energy resources. Solution of problems is offered by a bioenergetics resource (biogas). Advantages of introduction are presented in the article in practic booty of biogas, and also the calculations of potential of biogas that can be got as a result of anaerobic fermentation of hard domestic and agricultural wastes of the Odessa region are produced.
In the given work it is carried out analytic generalization of foreign experience of functioning of the mechanism ecologіcal orientect tax privileges in the developed countries, and determined the characteristic of modern system of the preferential taxation of nature protection activity, and also necessity of increase of a stimulating role of domestic system of the taxation of nature protection activity an analytic.
In article the economic concept of diversification of power resources of Ukraine is proved. The prospects of expansion of application of alternative sources of energy and expediency of activity in this direction at the present time are shown. The perspectives of Ukraine in this area, including are outlined by way of expansion of increasing integration in economic structure of World community.
The technique of tensor analysis of deformation in the field of speed is offered. It allows to separate low frequency oscillations of atmosphere from the transient synoptic processes which take place on their background.
The estimation model of agroclimatological resources of the territory which takes into consideration the biological peculiarities of vegetable craps is worked out on the base of maximum productivity conception. The regularities of formation of agroclimatological condition of growing and yield formation in different agroclimatological condition are shown here. The quantitative estimation of influence of agroclimatological characteristics exchangeability on the plant process productivity is received.
The results of numeral experiments with a model as evaluated by influence of different terms of origin of phytohthora on forming of harvest of potato are expounded.
Climatic descriptions of recreation type of weather are reviewed.
The problem of influence of level of plant mineral nutrition on productivity is under consideration in the paper. Computation equations for the effect of the application rates of fertilizers on productivity of dry standing crop are derived. All the parameters of the equations are juxtaposed with plant physiology. Estimation of influence of mineral nutrition level on the processes of photosynthesis and respiration is given. The computation can be used at crop capacity sequencing.
In the work it was fulfilled physical statistical modeling of sugar beet crops of different level on the basis of quantity estimation of the distribution of radiation resources and also of the index of provision by moisture on the territory of the Odessa region. The coefficient of climatic favorability for cultivation of sugar beet and effectiveness of use of climatic resources were defined. The reasons of differences between potential productivity of sugar beet and its real crops are analyzed.
Propose a model and algorithm of calculation for system emission behavior antenna- radar dome with random hydroformation.
The theoretical aspects of forming of maximal flow of floods and high waters, and also possibility of construction of calculation-normative structures are expounded in the article.
Results of stochastic modeling of lifeconditioned runoff are presented as response functions for the fence conditions from local water resources for supply the populations of water.
The results of the generalization of the features and methods of the calculation of the maximum sewer of the spring high water counter-productive In article in pool r. Severskiy Donec.
Mathematical model of life-conditioned annual runoff was selected. Estimation of statistical parameters of annual runoff under economic activity on the base of stochastically model was work. Influence functions were received.
The scientific-methodical approaches for the ground of making salt balances of Kitay lake are expounded in this article.
In article the technique it is proved of the spatial long-term forecast of layers of a spring flood runoff on the basis of an establishment such as spring.
Construction of method for the calculation of middle layer of flow in the pool of Pripyat is grounded in the article.
Eastern branches of subpole, subtropical and tropical oceanic circulation in the south-eastern Pacific are considered. The circulation pecuilarities are discussed on the basis of the geostrophic approach. The geostrophic currents are re-constructed on a grid with one-degree resolution for the summer season of South hemisphere (january – march). The obtained feateres of the ocean circulation in the eastern boundary regions of the South Pacific Ocean are compared versus to ocean circulation patterns in this area described by the other authors.
The coupled atmosphere – sea model is considered in order to describe meso-scale processes within the geophysical boundary layers. The computations are performed over the north-west Black sea area. The results show that proper accounting of heterogeneous structures at the low level wind fields on the basis of the high resolution atmospheric model allows us to detail the drift circulation at the coastal and river issue zones.
On the basis of quantum electrodynamical moments theory and S matrix formalism Gell-Mann and Low it is carrtied out the numeral modelling the characteristics of multi photon absorption radiation lines ( shift and width) for atom in a field of multimode laser pulse of the Gauss and soliton-like shape.
A new approach to calculation for the optimal schemes for realization of elementary atomic ionization processes by laser field is presented and based on the basis of the optimal governing theory methods and optimal laser actions theory.
A dynamics of the multi-layers neural networks on the basis of photon echo and superlattices is studied. The numeric realization of optical neural networks demonstrates its possibility to make a processing of the patterns sequences of arbitrary order, including restoring of the input sequence with noise.
Paper is devoted to calculation of characteristics of the Auger decay in the complicated atomic systems on the basis of S-matrix Gell-Mann and Low formalism. The cross-sections of ionization of the internal shells for a number of atoms (Na,Si, Au) and energies of Auger electron transitions are calculated with account of the correlation effects.
New approach to calculation of relativistic corrections to energy parameters of diatomics is proposed and based on the ab initio perturbation theory with model zeroth approximation and effective account of the correlation effects as the high orders ones.
Theoretical modeling of granular compaction and segregation processes have been done. The relevant order parameter field relaxation is performed by means of solution of the appropriate equation of motion. The important character of obtained results for the general theory of phase transitions is emphasized.