In this paper physical properties as distribution width (Qx, percent ) and density (qx, percent ) of colloidal dispersed system were defined photon cross correlation spectroscopy (PCCS) at average size as 17.06nm for D50, percent and area of specific surface as 349.96 m2/cm3 depending on molar (Rm2) optimal ratio of silica stone mineral to alkali ash powder. By X-ray diffraction analysis was determined its change of crystal structure to amorphous state. The findings of their kinematic viscosity, liquid density, and UV light adsorption inspections suggest that the wetting and ultrasonic vibration method for that fusible alloy can make colloidal silica.
Author (s) Details
E. Tserenjav
Laboratory for New Materials, School of
Engineering and Applied Sciences, National University of Mongolia, Mongolia.
V. Jigmeddorj
Department of Physics, School of Art and
Sciences, National University of Mongolia, Mongolia.
B. D. Lygdenov
Department of Metallurgy, East Siberian University of Technology and
Management, Russia.
U. Bayaraa
Laboratory for New Materials, School of Engineering and Applied Sciences,
National University of Mongolia, Mongolia.
U. Magvan
Laboratory for New Materials, School of Engineering and Applied Sciences,
National University of Mongolia, Mongolia.
View Book :- https://stm.bookpi.org/AAER-V13/article/view/1160
No comments:
Post a Comment