Econtechmod
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Item Mathematical model for motion of weighted parts in curled flow(Національний університет "Львівська політехніка", 2013) Batluk, V.; Basov, M.; Klymets, V.The article deals with the problem of providing high performance apparatuses for cleaning air from dust in various branches of industry in order to reduce hazardous emissions to the level conforming to sanitaryhygienic norms. The article describes new trends in the development of dust catching apparatuses based on the use of centrifugal-inertial forces, permitting to improve significantly the effectiveness of dust catching.Item Mathematical model of dust cleaning process in centrifugal-inertial dust collector(Національний університет "Львівська політехніка", 2013) Batluk, V.; Paranyak, N.; Makarchuk, V.The article is devoted to the problem of providing air cleaning from dust in various industries, using highly efficient apparatus, with the aim of bringing the volume of harmful emissions to the sanitary standards. The article presents new directions in creating of dust cleaning apparatus, based on the usage of centrifugal, inertial forces, by which the efficiency of dust collection could be significantly increased.Item The mathematical model of material particle motion(Commission of Motorization and Energetics in Agriculture, 2014) Batluk, V.; Sukach, R.This article is concerned with the problem of high-performance dust-catching equipment creation for various industries, where: fine-dyspersated dust fractions are emitted, in order to make their emissions conform to sanitary norms. This article elucidates new tendencies in the area of the creation of equipment for air from dust cleansing, which are based on the use of centrifugal inertia forces.Item The problem of highly effective cleaning of air from dust(Національний університет "Львівська політехніка", 2013) Batluk, V. A.; Romantsov, E. V.; Klymets, V. M.This article deals with the problem of providing high performance apparatuses for cleaning air from dust in various branches of industry in order to reduce hazardous emissions to the level of conforming to the sanitary-hygienic norms. The article describes new trends in the development of dust catching apparatuses based on the use of centrifugal-inertial forces, permitting to improve significantly the dust catching efficacy.