Browsing by Subject "algorithm calculation of indicators"

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Access status: Open Access ,
Characteristics of complex separation schemes and an error of separation products output determination
(2006) Mladeckij, Igor' Konstantinovič; Pilov, Petr Ivanovič; Kobec, Ekaterina Nikolaevna; Markova, Taisiâ Igorevna
Imperfection of dividing devices assumes their connection in technological chains. The more rigid the requirements to the cleanliness of products of division, the more complex (difficult) such chains. As a rule, it is the consecutive connections with feedbacks - recycles. The mathematical description of such circuits is bulky enough and in identical transformations gives a high probability of a mistake. With the purpose of formalization of the mathematical analysis of technologies of division we have offered the method which is turned into an algorithm of qualitative-quantity indicators calculation of division in each point of the dividing circuit which essence consists of drawing up of the equations of balance of narrow fractions of a product on each dividing operation. These equations form the system which gives required values of technological parameters when is solved. By results of the decision, it is possible to make the technological balance of the enterprise for any required interval of time. The reporting of the concentrating enterprise is connected to quantity (amount) of made production which is always expressed through an output (exit) of a product. It is the main characteristic of work of the enterprise. It is calculated on the basis of approbation of quality indicators. The more exact the approbation - the more exact the definition of the output and the more complex the scheme - the more complex the definition of the output's error. Thus, the formal algorithm of definition of an error of calculation of quantity indicators of complex dividing circuits is necessary. Numerical methods are most comprehensible to work on computers and consequently we have tested one of the ways of estimation of this error, which, in our opinion, is suitable for such analysis. The essence of the method consists in use of the function of disclosing of the valuable component, which acts on an input of the dividing circuit. For change of the condition of the circuit the increment is given with the help of this characteristic which is shifted concerning initial position. All other calculations are carried out on earlier, mentioned algorithm.