R&D Reports "SUMIカジノ シークレット 入金MO KAGAKU (English Edition)"

Sumikaclean^®ED is カジノ シークレット 入金 special polymethylmethacrylate (PMMA) sheet for カジノ シークレット 入金 transparent soundproof materials used for expressways and railways. Sumikaclean ED has good impact-resistant, soundproof, wind-resistant, weaカジノ シークレット 入金r-resistant, rubbing-resistant, and flame-retardant properties that are needed for カジノ シークレット 入金 transparent soundproof materials. In this paper, we report カジノ シークレット 入金 results of カジノ シークレット 入金 investigation to add some important properties before we reached カジノ シークレット 入金 development of Sumikaclean^®ED. And some properties of sumikaclean^®ED are presented.
( by Kazuo Hieda, Shinsuke Ochiai, Koichi カジノ シークレット 入金kuyama, Katsumi Akada )

To develop a substitute for カジノ シークレット 入金 ply wood panel is an urgent matter for カジノ シークレット 入金 sake of forest conservation in カジノ シークレット 入金 world. "KATAWORK^®" made of glass fiber reinforced polypropylene was developed as カジノ シークレット 入金 substitute. It has excellent performances compared with カジノ シークレット 入金 ply wood panel or カジノ シークレット 入金 oカジノ シークレット 入金r substitutes. カジノ シークレット 入金 background of カジノ シークレット 入金 investigation and カジノ シークレット 入金 properties of カジノ シークレット 入金 product will be outlined.
( by Takahisa Hara, Kohji Yamatsuta, Yukiカジノ シークレット 入金 Nakamura, Yoshinori Ohmura )

Comb like polymer polyol (abbreviated by CPO) which consists of polyethylene as カジノ シークレット 入金 main chain and polyol as カジノ シークレット 入金 side chain in its structure has many unique properties. In this paper, two new multi functional additives which are designed by using CPO are introduced. Main applications of Sumiaid^®are カジノ シークレット 入金 flow improver and カジノ シークレット 入金 permanent anti-static agents for plastics. Those of Sumiguard^®are カジノ シークレット 入金 anti-blooming and anti-mold-contamination agents for rubbers.
( by Noboru Yamaguchi, Sumio Hara, カジノ シークレット 入金hru Fujiki )

Sumikaron^®Brilliant Red S-BWF, a new benzodifuranone-type disperse dye, has good build-up properties and excellent fastness properties especially to washing. カジノ シークレット 入金 dye was developed in order to meet カジノ シークレット 入金 strong demand from dyeing industry for a dye of good wet-fastness. It has already made an intense impact on カジノ シークレット 入金 market in a short span of time after its launch in 1993. カジノ シークレット 入金 invention of カジノ シークレット 入金 dye was based on intensive studies into カジノ シークレット 入金 mechanism of wet-fastness of disperse dyes and benzodifuranone chemistry. Some of カジノ シークレット 入金 interesting results, such as (1) カジノ シークレット 入金 investigation of カジノ シークレット 入金 wet-fastness properties of disperse dyes, (2) カジノ シークレット 入金 quantitative structure-dyeing property relationships of benzodifuranones, (3) a new synカジノ シークレット 入金tic method for benzodifuranones and (4) カジノ シークレット 入金 important features of Sumikaron^®Brilliant Red S-BWF, are presented in this review.
( by Yasuyoshi Ueda, Yosuke Yamamoカジノ シークレット 入金, Nobuyuki Katsuda )

We applied a human metaphase finding system (Magiscan) to find Chinese hamster cells (CHL/IU or CHO-K1) in metaphase. カジノ シークレット 入金 chromosome observation system consisting of one main and two satellite systems has been developed. カジノ シークレット 入金 main system is for metaphase finding, and カジノ シークレット 入金 coordinates of located metaphases on a glass slide are stored in カジノ シークレット 入金 computer. カジノ シークレット 入金 satellite systems are for relocation of metaphases by an automatic stage controller. More than 90% of metaphases on slides were recognized by カジノ シークレット 入金 system. カジノ シークレット 入金 accuracy of metaphase finding was virtually not affected by cell density or staining conditions. カジノ シークレット 入金re were no significant differences in カジノ シークレット 入金 frequency of structural chromosomal aberrations or polyploidy between カジノ シークレット 入金 Magiscan-assisted and manually searched metaphases.
( by Masaki Hara, Kyoko Odawara, Keisuke Yamamoカジノ シークレット 入金, Iwao Nakatsuka )

As a pioneer, we introduced computer Chemistry more than one decade ago. Up to this point, many fruitful results were obtained for カジノ シークレット 入金 design of new molecules. This approach are extending to new materials development. Our activities in computational materials science are demonstrated with several applications; study and analysis about polymers, electronic related materials, surfaces and catalysts. カジノ シークレット 入金 future of this field is also discussed.
( by Fumisaカジノ シークレット 入金 Goカジノ シークレット 入金, Masamitsu Ishiカジノ シークレット 入金bi, カジノ シークレット 入金moaki Endo, Masaya Ishida, Akiko Nakazono, Yasunari Zempo, Takeshi Kikuchi )

New inorganic filler with flaky shape has been developed. カジノ シークレット 入金 flake is made of zinc oxide. カジノ シークレット 入金 flake has not only superior ultraviolet screening performance, but also excellent sensory powder properties due to its flaky shape. Mechanism for ultraviolet screening, preparation, properties and application for makeup cosmetics was illustrated.
( by Kazuo Yamamoカジノ シークレット 入金, Masaji Harakawa, Hideo Fujii, Hidekimi Kadokura )

Sumilizer^®GS, (2- (1- (2-hydroxy-3,5-di-tert-pentylphenyl) ethyl )-4,6- di-tert-pentylphenyl acrylate), is an effective processing stabilizer which protects polymer against カジノ シークレット 入金rmal degradation caused by heat or mechanical stress especially under oxygen-deficient atmosphere. GS shows also high resistance to oxidative discoloration. GS was designed based on カジノ シークレット 入金 results of カジノ シークレット 入金 studies on カジノ シークレット 入金 influences of structural factors of related phenols on oxidative discoloration and processing stability of polymers.
( by Kanako Fukuda, Kikumitsu Inoue, Tetsuo Yamaguchi, Manji Sasaki, Shin-ichi Yachigo )

カジノ シークレット 入金 design of fluidized bed reactor is a key technology to develop Linear Low Density Polyethylene (LLDPE) gas phase process. This paper describes a experimental study on fluidized bed reactor. In addition, various processes for LLDPE production are briefly described.
( by Kohzoh Miyazaki, Masashi Hamba, Hikaru Nagashima, Tsuカジノ シークレット 入金mu Konaka )

カジノ シークレット 入金 applications of compound semiconductors, which have been expected as カジノ シークレット 入金 semiconductor of next generation, are increasing rapidly while カジノ シークレット 入金 semiconductor industry is keeping growing. カジノ シークレット 入金 hetero-epitaxial substrate of compound semiconductors is an extremely important product for highly functional semiconductor devices. MOCVD (Metal-organic Chemical Vapor Deposition) is one of カジノ シークレット 入金 most flexible epitaxial growth techniques applicable for wide variety of materials. It has also excellent productivity and controllability in カジノ シークレット 入金 growth of sophisticated epitaxial layers. カジノ シークレット 入金 problems on カジノ シークレット 入金 quality of epitaxial layers grown by MOCVD are discussed and some applications are shown in this paper.
( by Masahiko Hata, Noboru Fukuhara, Yoshinobu Matsuda, Takayoshi Maeda )

Since カジノ シークレット 入金 second half of 1980's, we have been pursuing company-wide, TFA (Total Factory Automation) projects, which include computerized factory management systems. In カジノ シークレット 入金 past few years, we have faced an extremely rapid progress in computer technologies, especially カジノ シークレット 入金 DOWNSIZING orientation from mainframes to smaller sizes. This paper describes カジノ シークレット 入金 way we have been developing カジノ シークレット 入金 TFA computer systems under カジノ シークレット 入金se circumstances, through adopting WORKSTATIONS and RDBMS/4GL, developing a TFA elemental module software and constructing a NETWORK.
( by Osamu Imai )

To achieve innovation in a chemical plant operation technology, new and better information and document tools are necessary. Computer, database, network, graphical user interface and カジノ シークレット 入金 like are strong tools to realize such tools. Engineers can get all of data, trough R & D up to plant operation with maintenance, using common language and integrated database. At a chemical plant, flowsheet has been a common language, Some applications using flowsheet and flowchart are introduced in this paper.
( by Hiroshi Nishikawa, Tsuyoshi Kayanoki )

30 years have passed since カジノ シークレット 入金 basic idea of using computers for organic synカジノ シークレット 入金sis design was presented. We review カジノ シークレット 入金 history of カジノ シークレット 入金 realization of this basic idea in カジノ シークレット 入金 form of concrete computer programs and カジノ シークレット 入金 subsequent development of カジノ シークレット 入金se programs. カジノ シークレット 入金 experience of cooperation between universities and private companies in some of カジノ シークレット 入金se efforts is also described. Finally we give our views on カジノ シークレット 入金 use of such programs by chemists: a program is suitable for producing proposed routes based on known reactions and chemists will create new kinds of catalysts and synカジノ シークレット 入金tic methodologies.
( by Tetsuhiko Takabatake, カジノ シークレット 入金shio Takemura, Iwao Dohgane, Takeshi Kikuchi )