The enrichment is an integral part of the production process at the moment. This article evaluates the fractional composition of crushed rock as a result of the vibrating screen. The research is based on the use of visual screening process analysis and computer processing.
The integration of vertical electrical sounding (VES) with transient electromagnetic method (TEM) in the one-dimensional models discusses. Application of these two methods of the various components of the electromagnetic field (EMF) allows to reduce the area of equivalent solutions and to get more information on the geological environment.
Influence of computer technology in all spheres of activity currently tremendously. Introduction of innovative ideas to simplify the manufacturing process, will protect and increase economic benefits. One of these locomotives is a system of technical vision: «smart camera» capable of performing its task, whose spectrum is diverse.
Automatization in manufacturing process is a very urgent question at present time: it's based on complexity and health hazard of work at metallurgical factories. Tehnical vision may become an innovative decision for this problem. In the article main backgrounds and topics are described. Also methods for their realisaton with using of LabView software of «National Instruments» Company are offered.
Рассмотрены способы численного расчета работы вращающейся печи. Описаны особенности моделирования теплового режима работы вращающейся печи с учетом изменения температуры материала и футеровки по длине печи, запыленности газового потока.
Рассмотрены способы и возможность расчета горения газа в турбулентном потоке. Описаны основные уравнения, описывающие процесс горения, для определения длины факела и распределения температуры в факеле. Показаны программные продукты для расчета и моделирования сжигания газа.
Рассмотрена сущность процесса обжига шихты на клинкер. Построена модель вращающейся печи в программном пакете ReactOp. Найдены зависимости основных компонентов перерабатываемой шихты по длине печи спекания и общее изменение основных массовых потоков.
The article focuses on research aimed at improving fuel combustion devices, processing of gaseous energy carrier to ensure volumetric combustion by preliminary mixing of energy carrier with air and giving the burning fractions buoyancy by mineral additives due to adhesion and increasing their efficiency and reducing environmental pollution.
