Isayenko O. The increasing of efficiency of the reclaiming in storage bins of the concentrating plants

Українська версія

Thesis for the degree of Candidate of Sciences (CSc)

State registration number

0405U000903

Thesis Registration Form

0405U000903.pdf

Applicant for

Specialization

  • 05.15.08 - Збагачення корисних копалин

18-02-2005

Specialized Academic Board

Д 08.080.02

Essay

The thesis devoted to the development of the increasing reclaiming methods in storage bins of the concentrating plants. There were developed mathematical models of the mass transfer in the bins. On the basis of computing experiments the averaging properties of the typical storage bins of the concentrating plants with the autogenous self-grinding were researched. New regularities of changing of the efficiency of the reclaiming on the granulometric composition in the box -type bins (silo bins) depending on change of the root-mean-square deviation of the content of the calculating size class +100mm in the blast of the batched mineral and the rate of opening of the dished end of the bin were established . On the basis of the received dependences the parameters, constructing and packing schemes of the storage bins were technically proved. The opportunity of decreasing of the root-mean-square deviation in the content of the +100mm's class in the grinder feed up to the 1% at the expense of the reclaiming in the storage bins was theoretically proved.

Read more

Files

Автореферат-Титульный лист.doc

Автореферат-автореферат.doc

Диссертация-Введение.doc

Диссертация-Диссертация .doc

Диссертация-Заключение.doc

Диссертация-Приложения.doc

Диссертация-Раздел 1.doc

Диссертация-Раздел 2.doc

Диссертация-Раздел 3.doc

Диссертация-Раздел 4.doc

Диссертация-Раздел 5.doc

Диссертация-Содержание.doc

Диссертация-Список литературы.doc

Диссертация-Титул.doc

Similar theses

0419U005484

Dreshpak Oleksandr

Improvement of technology of enrichment of raw materials of nonheterogeneous limestone deposits

0419U003551

Ravinska Vita O.

The disintegration technology justification of the ore flocculation units and aggregates under the magnetic-flotation enrichment of magnetite quartzite

0418U000867

Ternova Katerina Vitalevna

An acoustic monitoring justification of grinding material dispersion

0417U001023

Khmil Iryna Vitaliivna

Features of the magnetite quartzite grinding technology in conditions of volume non uniform-component compression.

0416U003294

Stadnyk Oleksandr Sviatoslavovych

Substantiation of Parameters of Pneumatic Separation of High Ash-content Peat in the Curvilinear Flow for Fuel Production.