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Abrasive-reaction Interactions for Nano-composite Structures
( Ketegenov T ),( Tyumentseva O ),( Kasymbecova D ),( Korobova N ),( Katranova Z ),( Urakaev F ) 한국동굴학회 2006 동굴 Vol.71 No.-
New methods of nano sized material and composite coating preparations have been considered on the base of mathematical model of abrasion reaction interaction of milling and grinding bodies in planetary centrifugal mill. The essence of the method is the abrasive and oxidative wear of the milling bodies and amorphous (better inert) additives. Interactions between them has been supplied the necessary impulse of pressure and temperature on the impact frictional contacts and promoted chemical processes. The offered method can find application for such processing as sintering and geological minerals opening.
Abrasive-reaction Interactions for Nano-composite Structures
T., Ketegenov,O., Tyumentseva,D., kasymbecova,N., Korobova,Z., Katranova,F., Urakaev The Speleological Society 2006 동굴 Vol.71 No.-
New methods of nano sized material and composite coating preparations have been considered on the base of mathematical model of abrasion reaction interaction of milling and grinding bodies in planetary centrifugal mill. The essence of the method is the abrasive and oxidative wear of the milling bodies and amorphous (better inert) additives. Interactions between them has been supplied the necessary impulse of pressure and temperature on the impact frictional contacts and promoted chemical processes. The offered method can find application for such processing as sintering and geological minerals opening.
Nanocomposite Magnetic Powder Materials using Mechano-chemical Synthesis
Mofa, N.N.,Ketegenov, T.A.,Mansurov, Z.A.,Soh, D.W. The Korean Institute of Electrical and Electronic 2004 Transactions on Electrical and Electronic Material Vol.5 No.1
The materials showing high structure dispersity have been developed on the quartz base by mechano-chemical technology. Depending on the processing conditions and subsequent applications, the materials produced by mechano-chemical reaction (MCR) showed concurrently magnetic, dielectric and electrical properties. The obtained magnetic-electrical powders classified by aggregate complex of their features as segneto-magnetics, contained a dielectric material as a carrying nucleus, particularly the quartz on that surface one or more layers of different compounds was synthesized having thickness up to 10∼50 nm and showing magnetic properties and etc.
Magnetic Properties of Activated Quartz Nanocomposite
( N. N. Mofa ),( T. A. Ketegenov ),( Z. A. Mansurov ),( Hyun Jun Soh ),( Dea Wha Soh ) 한국동굴학회 2007 동굴 Vol.78 No.-
The materials showing high structure dispersion with functional properties were developed on the quartz base and those were obtained by mechano-chemical reaction technology. Depending on the processing conditions and subsequent applications the materials produced by mechano-chemical reaction show concurrently magnetic, dielectric and electrical properties. The obtained magnetic-electrical powders classified by aggregate complex of their features as segnetomagnetics, containing a dielectric material as a carrying nucleus, particularly the quartz on that surface one or more layers of different compounds were synthesized having thickness up to 1050nm showing magnetic, electrical properties and others. The similarity of the structure of surface layers of quartz particles subjected to mechano-chemical processing and nano-structure cluspol (clusters in a polymer matrics) material was alsoconfirmed by the fact that the characteristics of ferromagnetic quartz of insulating nano-composite powder were changed with time, after its preparing process was completed
Nanocomposite Magnetic Powder Materials using Mechano-chemical Synthesis
N. N. Mofa,T. A. Ketegenov,Z. A. Mansurov,Dae-Wha Soh 한국전기전자재료학회 2004 Transactions on Electrical and Electronic Material Vol.5 No.1
The materials showing high structure dispersity have been developed on the quartz base by mechano-chemical technology. Depending on the processing conditions and subsequent applications, the materials produced by mechano-chemical reaction (MCR) showed concurrently magnetic, dielectric and electrical properties. The obtained magnetic-electrical powders classified by aggregate complex of their features as segneto-magnetics, contained a dielectric material as a carrying nucleus, particularly the quartz on that surface one or more layers of different compounds was synthesized having thickness up to 10~50 nm and showing magnetic properties and etc.