MODEL OPERATION OF A DISINTEGRATION OF A THIN FLUID STREAM ON DROPS
Journal Title: Физика аэродисперсных систем - Year 2016, Vol 0, Issue 53
Abstract
On the basis of weight and energy balance equations self-contained model of the continuous deformation process and the subsequent disintegration of a thin fluid stream on drops under the influence of surface tension forces is constructed. The constructed model includes two stages of the continuous deformation of the site of a cylindrical stream: deformation of poorly indignant surface of sine type to an elliptic drop with terminating values of curvature; deformation of an elliptic drop in coextensive spherical. Expressions of works of surface tension forces at each stage of deformation are received. The made calculus of the equation of balance of weight and energy allowed to uniquely determinate the relative size of effective diameter of the formed drops and distances between them. The received results well will be coordinated with the known experimental observations of Savart and Plateau.
Authors and Affiliations
S. A. Aslanov, M. B Kosoy
Keywords
Related Articles
- EP ID EP396830
- DOI -
- Views 25
- Downloads 0
NEW ENERGY, ANGLE MOMENTUM AND ENTROPY BALANCE APPROACH TO MODELLING CLIMATE AND MACROTURBULENT ATMOSPHERIC DYNAMICS, HEAT AND MASS TRANSFER AT MACROSCALE. I. GENERAL FORMALISM
We present elements of a new non-stationary balance approach to modelling global mechanisms of climate and macro turbulent atmospheric low-frequency processes, including processes of heat-mass transfer at spatial and tem...
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...
IGNITION AND COMBUSTION OF CHARCOAL PARTICLES ARE IN THE NITROGEN-OXYGEN MIXTURES AT ROOM TEMPERATURE. PART 1. EXPERIMENTAL STUDIES IN THE AIR.
Ignition and combustion of large charcoal particles studied in air at room temperature. It is shows the influence of the ash layer, initial particle diameter and velocity cold air on the dynamics of changes of temperatur...
THE PARTICLE OF HIGHLY DISPERSED MAGNETIC WITH COMPLEX EXCHANGE INTERACTIONS IN AN EXTERNAL MAGNETIC FIELD
The possible types of uniform magnetic ordering in small-sized particle of the uniaxial spin- 1 magnet in an external field have been investigated. The case of the system with complex exchange interactions is considered....
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...