DBPapers

APPLICATION OF CONJUGATE QUALITATIVE-QUANTITATIVE MODELING TO DESCRIBE FORMATION PROCESSES AT OIL RECOVERY

B. N. Ivanov, E. I. Garifullina, R. N. Kostromin, K.l G. Nikolaev, D. R. Isakov
Thursday 11 October 2018 by Libadmin2018

ABSTRACT

The basic idea of conjugate physics-mathematical modeling is a direct transition from the PC to the industrial realization. This promise can be partially implemented by pairing of qualitative and quantitative assessments of the physical and mathematical images. Article systematized and summarized the main provisions and results of our works on this subject. Quality modelling allows to use the law of conservation, de facto directly for microsystems, as well as for macrosystems, being, its type, construction scaffoldings of quantitative research. But pure quality assessment can satisfy neither requirements of science nor, especially, practices. In the following articles on conjugate qualitatively-numerical physical-mathematical modeling we will try to present material allowing to significantly smooth this disadvantage.
Structuring of crude oils and their emulsions leads to changes of their warmth - and of the electro-insulation properties, inclinations to oxidation by oxygen of air, their transportation through pipelines is reducing. Magnetic treatment of oil and water wells is contributing to internal pipe surface protection against scale, corrosion and bio-growth besides improvement of properties of oil and water.

Keywords: wave, media, qualitative-quantitative pairing, a matter-wave nature, differentiation and integration of events.


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