DEDUSTING AIR IN THE INDUSTRY: METHODS AND TOOLS
Authors:
1.
Moskva, Moscow, Russian Federation
Type:
Monographie
ISBN:
978-5-16-011283-1
ISBN-online:
978-5-16-103459-0
Status:
In work
Published:
19.01.2016
Language:
Russian
Quantity of pages:
234
Number of publication:
1
Publisher:
INFRA-M Academic Publishing LLC.
Keywords:
The mathematical model, separation, dedusting air, dispersion of dust, fractional efficiency, overall efficiency, dust separator, research methods, calculation efficiency, optimality criterion, modeling, cyclone, dust separator irrigated, control of dispersion, a source of dust, the surface area, the test bench, optimization, aspiration
Abstract (English):
It substantiates the physical and mathematical model of separation of dust, including dust deposition in the dust separator different designs. On the basis of its established engineering methods: calculating the efficiency of the deposition of dust in the apparatus, computational optimization of para-meters of dust separators, bench testing apparatus; controlling dispersion of dust in the air flows.
It substantiates the physical and mathematical model of separation of dust, including dust deposition in the dust separator different designs. On the basis of its established engineering methods: calculating the efficiency of the deposition of dust in the apparatus, computational optimization of para-meters of dust separators, bench testing apparatus; controlling dispersion of dust in the air flows.
Keywords:
The mathematical model, separation, dedusting air, dispersion of dust, fractional efficiency, overall efficiency, dust separator, research methods, calculation efficiency, optimality criterion, modeling, cyclone, dust separator irrigated, control of dispersion, a source of dust, the surface area, the test bench, optimization, aspiration
The mathematical model, separation, dedusting air, dispersion of dust, fractional efficiency, overall efficiency, dust separator, research methods, calculation efficiency, optimality criterion, modeling, cyclone, dust separator irrigated, control of dispersion, a source of dust, the surface area, the test bench, optimization, aspiration
