Share Your Research, Maximize Your Social Impacts
THE DEVELOPMENT OF TECHNICAL SILICON TECHNOLOGY USING THE METHOD OF SELF-PROPAGATING HIGH-TEMPERATURE SYNTHESIS
Journal: Science and world (Vol.1, No. 26)Publication Date: 2015-10-26
Authors : Golovchenko N.Yu.; Golovchenko O.Yu.; Aknazarov S.H.; Bairakova O.S.;
Page : 36-41
Keywords : technological silicon; self-propagating high-temperature synthesis; silica; crystalline silica; thermodynamic analysis.;
Source : Download
Find it from : Google Scholar
Abstract
The ultimate phase composition of raw material was studied for determination of operability of raw material for getting technological silicon. The experiments were carried out on the test of effective concentration of aluminum powder by volumetric method. Thermodynamic analysis was carried out for determination of probability of self-active process and reduction of silicon oxide by aluminum.
Other Latest Articles
- ENGINEERING CHARACTERISTICS OF VOLCANIC ROCK AGGREGATES OF RWANDA
- USE OF SBR LATEXES TO MITIGATE INFERIOR CONCRETE PROPERTIES RESULTING FROM RECYCLED COARSE AGGREGATES
- CONCEPTUAL CONSTRUCT OF DYNAMICS OF SPECIAL RELATIVITY THEORY OF A. EINSTEIN
- ASSESSMENT OF FLOOD MITIGATION MEASURE FOR MITHI RIVER ? A CASE STUDY
- SYNTHESIS OF JOBS LOCAL ALGORITHMS ON THE SCHEME OF YABLONSKY
Last modified: 2016-07-26 18:48:38