NANOPARTICLE COMPOSITION AND MANUFACTURING METHOD AND UTILITY METHOD OF THE SAME

Japanese Patent JP2014139330

A

PROBLEM TO BE SOLVED: To provide a novel method for improving a nanoparticle composition and a manufacturing method and a utility method of the same.SOLUTION: The disclosed composition includes solid lubricant nanoparticles and an organic medium. Moreover, nanoparticles including a laminarly formed material are also disclosed. A method for manufacturing nanoparticles by finely pulverizing a laminarly formed material is also provided. Moreover, a method for manufacturing a lubricant is also provided, whereas this method includes a step of forming nanoparticles by finely pulverizing a laminarly formed material and a step of forming a lubricant by blending the nanoparticles with a base.

JPH09169991	COMPOSITION FOR WORKING FLUID OF REFRIGERATOR
JPH02300296	LUBRICANT COMPOSITION FOR CAN WITH EXCELLENT DEGREASING CHARACTERISTIC
JP2005255996	POWER TRANSMISSION FLUID WITH IMPROVED EXTREME PRESSURE CHARACTERISTICS

MALSHE AJAY P
ARPANA VERMA

JP2014095260A

July 31, 2014

May 02, 2014

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TRUSTEES OF THE UNIV OF ARKANSAS THE BOARD OF

C10M169/04; C09D7/61; C10M101/02; C10M101/04; C10M105/04; C10M105/38; C10M105/68; C10M105/74; C10M107/02; C10M107/38; C10M107/50; C10M125/02; C10M125/04; C10M125/10; C10M125/18; C10M125/22; C10M125/24; C10M125/26; C10M125/30; C10M129/10; C10M129/68; C10M129/74; C10M133/12; C10M133/16; C10M133/56; C10M135/10; C10M137/02; C10M137/04; C10M147/02; C10M159/06; C10M159/24; C10N10/02; C10N10/04; C10N10/12; C10N20/06; C10N40/00; C10N40/02; C10N40/04; C10N40/25; C10N50/10

JPS6340708A	1988-02-22
JP2002294272A	2002-10-09
JP5603013B2	2014-10-08
JPH10330779A	1998-12-15

Koichi Tsujii
Sadao Kumakura
Atsushi Hakoda
Kenji Asai
Kazuo Yamazaki
Satsuki Ichikawa
Takamitsu Hoshino

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