COMBUSTION OF TITANIUM DIBORIDE SINGLE PARTICLES
Journal Title: Физика аэродисперсных систем - Year 2017, Vol 0, Issue 54
Abstract
The combustion of titanium diboride particles in the high-temperature gas flow of a flatflame oxygen-propane burner (24% O2 + 43% H2O + 33% CO2) is studied experimentally by the track method. The two-stage character of combustion is established − the first long stage corresponds to boron burnout and the second one − to titanium burnout. The data obtained are compared with the published data on combustion of boron and titanium in an oxygen- containing medium.
Authors and Affiliations
P. K. Bulanin, A. E. Sidorov, N. I. Poletaev, S. A. Kiro, L. V. Shevchuk, A. V. Nimich
Keywords
Related Articles
- EP ID EP396877
- DOI -
- Views 19
- Downloads 0
TEMPERATURE DEPENDENCE OF ELC LAYER THICKNESS. 1. RELAY-RACE MODEL
The calculation of temperature dependence of thickness of orientationally ordered nitrobenzene layer bounded by solid substrates of different nature was done in the framework of early proposed theoretical model. We suppo...
GENERATION OF AN ELECTRIC CHARGE OF PARTICLES WITH SMALL MOBILITY
Results of natural experiments with meteotron complex "Atmosphere" are discussed. For stimulation of clouds development in an ascending stream it is entered up to 100 kg/c the water fog formed water atomization charged p...
INFLUENCE OF GASEOUS MIXTURE PARAMETERS ON THE MAXIMUM BURNING TEMPERATURE AND COMBUSTION RATE OF CARBON PARTICLE
The method is developed to determine the maximum temperature of burning carbon particle and corresponding value of particle diameter by using the maximum temperature as a parameter depending on surrounding gas temperatur...
NUMERICAL SIMULATION OF DROPLETS DEFORMATION AND BREAKUP IN SHEARING FLOWS
A mathematical model is presented that describes the deformation of a single drop suspended in another immiscible liquid under shear flow. The deformed droplet is assumed to be in the form of prolate ellipsoid of revolut...
COMBUSTION OF TITANIUM DIBORIDE SINGLE PARTICLES
The combustion of titanium diboride particles in the high-temperature gas flow of a flatflame oxygen-propane burner (24% O2 + 43% H2O + 33% CO2) is studied experimentally by the track method. The two-stage character of c...