Kolon Industries, Inc.

E8ight Co., Ltd

Sang Min Song

Chung Seock Kang

Hyo Jun Park

Hak Gee Jung

Ki Nam Kwak

Ji Sung Kim

Sang Kyun Kim

Jeong Han Kim

Kwang Joon Cho

Sung Hoon Back

Jin Hyun Kim

Chun Im Lee

Chae Hyun Lim

Ye Seul Kim

The present disclosure provides a particle-based fluid simulation method using multiple processors which is performed in a fluid simulation apparatus, including modeling a simulation region including multiple particles for a fluid, dividing the simulation region into multiple sub-regions, allocating each of the multiple processors to each of the multiple sub-regions, calculating, by each of the multiple processors, flow data of multiple particles for a sub-region corresponding to each of the multiple processors, and performing a fluid simulation based on the result of the calculation. The calculating, by each of the multiple processors, flow data of multiple particles for a sub-region corresponding to each of the multiple processors includes exchanging, by each of the multiple processors, the flow data of the multiple particles with at least one adjacent processor.

Particle-based fluid simulation method using multiple processors and fluid simulation apparatus

Disclosed is a polyimide film, which is colorless and transparent, with superior mechanical properties and high thermal stability.

Polyimide film

Disclosed is a polyimide film, which is colorless and transparent, and which prevents the distortion of an image and exhibits excellent color reproducibility.

Disclosed herein is an endless belt having a meandering prevention guide, wherein the meandering prevention guide is heat-treated, and thermoplastic double-sided adhesive tape exhibiting adhesivity using heat is applied to the meandering prevention guide.

Endless belt having meandering prevention guide

Disclosed is a method of manufacturing a conductive coating film having superior chemical resistance or solvent resistance and durability by chemically bonding a resin having an amine group (&#x2014;NH) with carbon nanotubes having a carboxyl group (&#x2014;COOH). The conductive material having high bondability with carbon nanotubes and superior electrical properties includes carbon nanotubes uniformly contained therein, and thus has appropriate surface resistivity, and thereby can be used for antistatic, electrostatic dissipation and electromagnetic shielding purposes and in transparent or opaque electrodes depending on the resistivity value.

Conductive material and manufacturing method thereof

Disclosed are an intermediate transfer belt for use in a laser printer, a fax machine and a copier, and a production method thereof. Specifically, an intermediate transfer belt including silicone modified polyimide resin and a production method thereof are provided, thereby realizing a monolayer intermediate transfer belt having excellent electrical properties, water repellency and heat dissipation properties and good mechanical strength. Further, even without the additional use of an adhesive layer for adhesion to a fluorine resin layer and fluorine resin, the intermediate transfer belt can exhibit satisfactory properties, and process efficiency can be maximized.

Growing community of inventors

Yongin-si, South Korea

Sang Min Song