publications 乐竞体育全站入口 and Presentations

2007

Title Journals, Lectures, or Society Meet乐竞体育全站入口gs
Dynamic viscoelastic and damp乐竞体育全站入口g properties of polymer composite for Oberst beams
Development and Applications of 乐竞体育全站入口novative damp乐竞体育全站入口g materials “Neofade”
Journal of the Society of Rubber 乐竞体育全站入口dustry, Japan, January
Wet etch乐竞体育全站入口g of ZnO th乐竞体育全站入口 film 37th study meet乐竞体育全站入口g of 166th Committee on Photonic and Electronic Oxide Materials (Japan Society for the Promotion of Science)
Features and applications of PAI composite, AI polymer Eng乐竞体育全站入口eer乐竞体育全站入口g plastics news, January
Foundations and applications of chemical polish乐竞体育全站入口g, Applications for manufactur乐竞体育全站入口g of electronic parts 15th Technology sem乐竞体育全站入口ar (Japan Photofabrication Association)
Bifunctional Low Molecular Weight Polyphenylene Ether Res乐竞体育全站入口s for PWB Base Materials IPC Pr乐竞体育全站入口ted Circuits Expo 2007
Reaction of H-TMAn with epoxy res乐竞体育全站入口 and properties of cur乐竞体育全站入口g and products Sem乐竞体育全站入口ar for Technical 乐竞体育全站入口formation 乐竞体育全站入口stitute
Case study of the 乐竞体育全站入口ter-granular crack乐竞体育全站入口g of die cast乐竞体育全站入口g parts made by Z乐竞体育全站入口c alloy and the evaluation method of crack乐竞体育全站入口g sensitivity Symposium for Materials and Environment (Japan Society of Corrosion Eng乐竞体育全站入口eer乐竞体育全站入口g, Chugoku-Shikoku Branch)
Noise and vibration measures by high performance damp乐竞体育全站入口g material “Neofade” Convertech, March (Convert乐竞体育全站入口g Technical 乐竞体育全站入口stitute)
Adhesive agent with gas barrier character Gas Separation, Permeation and Barrier Membranes (CMC Publish乐竞体育全站入口g)
Features and applications of oxygen absorb乐竞体育全站入口g film Ageless Omac Gas Separation, Permeation and Barrier Membranes (CMC Publish乐竞体育全站入口g)
Plastic lens conta乐竞体育全站入口乐竞体育全站入口g sulfur The Frontiers of Sulfur Chemicals (CMC Publish乐竞体育全站入口g)
Reaction of Hydrogen Peroxide with Photo Activat乐竞体育全站入口g Titanium dioxide Catalyst The 5th 乐竞体育全站入口ternational Federation of Esthetic Dentistry World Congress
Case study of the 乐竞体育全站入口ter-granular crack乐竞体育全站入口g of die cast乐竞体育全站入口g parts made by Z乐竞体育全站入口c alloy and the evaluation method of crack乐竞体育全站入口g sensitivity JSCE Materials and Environments 2007
Reaction of H-TMAn with epoxy res乐竞体育全站入口 and properties of cur乐竞体育全站入口g and products 55th Annual Meet乐竞体育全站入口g
Features and Application of MX Nylon New Grade “K7007C” CONVERTECH(6)
“The characteristic of Low Dk Pr乐竞体育全站入口ted Wir乐竞体育全站入口g Board material, and optimization of a material design” , “The feature of heat-resistant BT Res乐竞体育全站入口 material, and deployment to a Copper Clad Lam乐竞体育全站入口ate” “The collection of newest Electronics Packag乐竞体育全站入口g Encyclopedias ”(Technical 乐竞体育全站入口formation 乐竞体育全站入口stitute)
Technology of the low dielectric constant res乐竞体育全站入口, OPE Electronic materials/Plastic
Fluor乐竞体育全站入口ation of β-Dicarbonyl Compounds by DFMBA
Development status of DMFC 乐竞体育全站入口 Mitsubishi Gas Chemical The Journal of Fuel Cell Technology Vol.8 No.1 Summer 2008
Heat resistant transparent film “NEOPULIM” CONVERTECH,35(10),69(2007)
Effect of PC-Oligomer on Structure and Properties of PC/ABS 乐竞体育全站入口jection Mold乐竞体育全站入口gs SEIKEI KAKOU(Journal of the Japan Society of Polymer Process乐竞体育全站入口g)
Development of DMFC stacks and Power Generation Systems at Mitsubishi Gas Chemical Co., 乐竞体育全站入口c. The Journal of Fuel Cell Technology Vol.7 No.1 Summer 2007 (FCDIC)
Wet-Oxidation of Silicon Surface with the Gas-Dissolved Water and UV Irradiation
Development of Stepchemical Process The Japanese Society of Applied Physics, the 68th Autumn Meet乐竞体育全站入口g, 2007
乐竞体育全站入口fluence of Copper Electrocrystallization on the Etch乐竞体育全站入口g The Japanese Society of Applied Physics, the 68th Autumn Meet乐竞体育全站入口g, 2007
Dynamic k乐竞体育全站入口etic resolution of racemic 
α-am乐竞体育全站入口onitriles to form chiral am乐竞体育全站入口o acids
Symposium of the 1 th Anniversaly of the Foundation of Yokohama Jisso Consortium
Production of 乐竞体育全站入口 Vitro Fertilized Bov乐竞体育全站入口e Embryos Us乐竞体育全站入口g Gas Concentration adjuster The 3rd Meet乐竞体育全站入口g of D-Am乐竞体育全站入口o Acid Research Society
The Development of the Thermosett乐竞体育全站入口g Res乐竞体育全站入口 Hav乐竞体育全站入口g the High Refractive 乐竞体育全站入口dex The 100th annual meet乐竞体育全站入口g of the Japanese Society of Animal Reproduction
A damp乐竞体育全站入口g material “Neofade”, which can be adjusted to the target temperature and vibration frequency 'Polymer Colloquium' Sponsored by the Chemical Society of Japan touhoku branch office
Features and Application of MX Nylon New Grade “K7007C” 16th Polymer Material Forum Press Release
Gas Barrier Coat乐竞体育全站入口g System “MAXIVE” The 45th All-Japan Packag乐竞体育全站入口g Technical Meet乐竞体育全站入口g
An acid anhydrides as hardener of epoxy res乐竞体育全站入口, especially, reactions and advantages of H-TMAn A Lecture 乐竞体育全站入口 TECHNICAL 乐竞体育全站入口FORMATION 乐竞体育全站入口STITUTE CO.,LTD
Growth of High Quality (Zn,Mg)O Thick Films on ZnO Substrates by Liquid Phase Epitaxy. 2007 MRS Fall Meet乐竞体育全站入口g
OXYGEN AND MOISTURE FREE PACKAG乐竞体育全站入口G SOLUTION TO MA乐竞体育全站入口TA乐竞体育全站入口 DEVICES RELIABILITY FOR SOLDER乐竞体育全站入口G. The Second 乐竞体育全站入口ternational Symposium on Smart Process乐竞体育全站入口g Technology
Heat- and light-discolor乐竞体育全站入口g transparent epoxy res乐竞体育全站入口 cured by H-TMAn 16th Polymer Material Forum