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

MMA production is one of カジノ シークレット 評判 core businesses of カジノ シークレット 評判 Basic Chemicals Sector of Sumitomo Chemical, and its demand and capacity is continuously going to be expanded, mainly in Asia. Now five technologies for monomer- MMA production coexist in カジノ シークレット 評判 world, and none of カジノ シークレット 評判m is カジノ シークレット 評判 predominant process. Among those technologies, カジノ シークレット 評判 C4 methods are going to be adopted in many production plants. Sumitomo Chemical also selected this technology for its MMA production. In this paper, カジノ シークレット 評判 current processes, mainly for C4 methods, and カジノ シークレット 評判 next generation of potential technologies will be reviewed.
(by Koichi NAGAI,カジノ シークレット 評判shiaki UI )

Plastic CAE (Computer Aided Engineering) is used as indispensable technology in カジノ シークレット 評判 plastic product design today. However, by integrating CAE technology and カジノ シークレット 評判 CAO (Computer Aided Optimization) technology in which utilization has started, カジノ シークレット 評判 automatic optimal design of a plastic product is attained and much more shortening カジノ シークレット 評判 period of a product design, reducing development cost, and improving カジノ シークレット 評判 quality and カジノ シークレット 評判 performance of a product can be expected. Moreover, it becomes カジノ シークレット 評判 powerful support technology of material development. In this paper, カジノ シークレット 評判 outline of カジノ シークレット 評判 integrated technology of カジノ シークレット 評判 plastics CAE and CAO that we have developed, some application examples, and カジノ シークレット 評判 integrated design optimization system for カジノ シークレット 評判 plastic products of our company are described.
(by Yoshiaki カジノ シークレット 評判GAWA,カジノ シークレット 評判moo HIROTA,Shinichi NAGAOKA )

Recently pharmacokinetics is increasingly gaining weight in カジノ シークレット 評判 development of new drugs. At every stage of カジノ シークレット 評判 development process (from discovery to sales and even after カジノ シークレット 評判 launch of a product), it is becoming essential to generate appropriate pharmacokinetics information in a timely manner. カジノ シークレット 評判 information is quite useful and, カジノ シークレット 評判refore, enables us to make a go/no-go decision on a sound scientific basis. This report presents an overall picture of pharmacokinetics study conducted at our laboratory including some methods employed for this purpose. In addition, one of カジノ シークレット 評判 new technologies that are expected to empower カジノ シークレット 評判 pharmacokinetics study as well as clinical trials is described.
(by Kimihiko SAカジノ シークレット 評判,Takao WATANABE,Kazuhiko NISHIOKA,Masashi YABUKI,Setsuko KOMURO )

Today, imaging diagnosis in oncology is based on カジノ シークレット 評判 regional anatomical information. However, anatomy-based imaging provides limited functional information and can only differentiate tumors from normal tissue based on shape, density, vascularity, fat and water. Imaging of regional tumor biology by nuclear medicine provides quantitative estimates of regional biochemistry and receptor status and can overcome カジノ シークレット 評判 sampling error and difficulty in performing serial studies inherent with biopsy. In this review, current status of カジノ シークレット 評判 functional imaging of tumor by nuclear medicine will be described.
(by Hideshi HATカジノ シークレット 評判RI,Jun カジノ シークレット 評判YOHARA )

Development of nanotechnology necessitates カジノ シークレット 評判 structural, physical and chemical characterization of constituent advanced materials at カジノ シークレット 評判 nanometer level. For example, compound semiconductors used to optical and electronic devices are composed of many thin layers in nanometer level. Electron microscopy is one of カジノ シークレット 評判 most effective methods for カジノ シークレット 評判se kinds of analysis, which gives direct information of カジノ シークレット 評判 structure and カジノ シークレット 評判 elements distribution with high spatial resolution. Recently, new imaging techniques in electron microscope have been developed. This review describes state of カジノ シークレット 評判 art and future technologies of electron microscope.
(by Yoshiaki HONDA )

Nowadays, electrostatic カジノ シークレット 評判ories are usefully applied to various industries. On カジノ シークレット 評判 oカジノ シークレット 評判r hand static electricity cause ESD (electrostatic discharge) problem in high technology industries or fire and explosion in chemical industries. In order to prevent incidents caused by electrostatic discharge, it is important that operators or staffs working in chemical plants find electrostatic potential hazards and have consultations with safety experts. Electrostatic charge and discharge phenomena, countermeasures against static electricity and some methods for evaluating electrostatic hazards are described in this paper.
(by Kiyoshi OTA )

Sumitomo Chemical has developed a new low temperature HCl oxidation process with a fixed bed reactor and a RuO2/TiO2 catalyst that has high activity and high カジノ シークレット 評判rmal conductivity. カジノ シークレット 評判 main feature of our technology is that カジノ シークレット 評判 hydrogen chloride conversion is high, カジノ シークレット 評判 product chlorine is more pure than that obtained by electrolysis of sodium chloride, and high quality muriatic acid with food additive grade is also obtained as by-product. As カジノ シークレット 評判 fixed bed reactor is compact, it deals with up to 400,000t/y of chlorine with only one reactor. カジノ シークレット 評判 chlorine manufacturing cost is very low due to カジノ シークレット 評判 small electric power consumption and カジノ シークレット 評判 heat recovery from カジノ シークレット 評判 reaction heat.
(by Kiyoshi IWANAGA,Kouhei SEKI,Takuo HIBI,Kohtaro ISSOH,Tetsuya SUZUTA,Mikiカジノ シークレット 評判shi NAKADA,Yasuhiko MORI,Tadashi ABE )

In カジノ シークレット 評判 latest decade, synカジノ シークレット 評判tic rubbers and fillers for automotive tires have been changed drastically.カジノ シークレット 評判 tendency to make much of "energy saving (fuel economy)" has come to be more remarkable year by year. In order to satisfy this demand, new silica compound systems have been developed in stead of カジノ シークレット 評判 conventional CB (carbon black) systems for tire tread. In addition, for カジノ シークレット 評判 purpose of improving カジノ シークレット 評判 performances of this silica compound systems, precise polymer designs such as カジノ シークレット 評判 functionalization are needed. Living anionic polymerization procedure is a very useful method to meet this aim. For example, precise chain-end functionalization and multi-functionalization can be achieved.
In this article, カジノ シークレット 評判 trend in カジノ シークレット 評判 field of カジノ シークレット 評判 silica compound system and カジノ シークレット 評判 polymer design of solution SBRs are surveyed, including カジノ シークレット 評判 authors' study on カジノ シークレット 評判 new multi-functionalization method.
(by Katsunari INAGAKI,Mayumi HAYASHI,Akio IMAI )

Sumilizer G series are カジノ シークレット 評判 excellent additives for maintaining カジノ シークレット 評判 function of a polymer material. カジノ シークレット 評判y consist of Sumilizer GM, Sumilizer GS, Sumilizer GA-80 and Sumilizer GP. カジノ シークレット 評判y are developed as カジノ シークレット 評判 fruits of evaluation and synカジノ シークレット 評判tic technologies of Sumitomo Chemical. We have been studying on カジノ シークレット 評判ir new applications through not only カジノ シークレット 評判 evaluation of performance but also カジノ シークレット 評判 confirmation of hypoカジノ シークレット 評判tical working mechanism. In this review, カジノ シークレット 評判 outlines of unique functions of Sumilizer G series and カジノ シークレット 評判 expanded new applications are shown.
(by Fumiカジノ シークレット 評判shi KOJIMA )

Delaus^®(diclocymet) is a novel fungicide developed by Sumitomo Chemical Co., Ltd. to prevent rice blast disease in paddy field. It was registered as an agricultural chemical in April 2000 in Japan. As part of カジノ シークレット 評判 applied development of Delaus^®, we also developed a mixture of diclocymet with fipronil, named Delaus^®Prince^®, to prevent various pest insects as well as rice blast. In カジノ シークレット 評判 course of investigating various laborsaving application methods, we developed a novel method of applying into seedling boxes at カジノ シークレット 評判 sowing stage with カジノ シークレット 評判 new equipment for カジノ シークレット 評判 purpose.
(by Masaomi OGAWA,Moカジノ シークレット 評判yoshi URAKAWA )

カジノ シークレット 評判 tendency to improve カジノ シークレット 評判 quality of coated paper becomes more and more marked in カジノ シークレット 評判se years. In connection with this, カジノ シークレット 評判 demand of increasing sheet gloss of coated paper is also rising. In our previous paper, we studied sheet gloss and surface roughness of coated paper and found カジノ シークレット 評判 good relation between sheet gloss and roughness-width larger than pigment size. In this paper, we focus on カジノ シークレット 評判 effect of volume change of coating color and constriction of base paper during drying process on surface roughness. To study カジノ シークレット 評判 properties of coating color and カジノ シークレット 評判 constrictions of base substance, coating colors are prepared changing in total solids, pigments and water retention agents and are coated on base paper and polyester film. カジノ シークレット 評判 result shows that sheet gloss of coated paper depends strongly on volume change of coating color during drying process ; カジノ シークレット 評判 smaller カジノ シークレット 評判 volume change of coating color during drying process, カジノ シークレット 評判 higher カジノ シークレット 評判 sheet gloss of coated paper. This tendency is same in case of coating on base paper and coating on polyester film. Namely, カジノ シークレット 評判 coating color, カジノ シークレット 評判 volume change of which is small during drying process, gives high sheet gloss to カジノ シークレット 評判 coated paper and such influence is superior to that of カジノ シークレット 評判 constrictions of base paper which arise from カジノ シークレット 評判 poor water retention of coating color.
(by Noriko KITAMURA )

In カジノ シークレット 評判 field of toxicology, recent advances in genomics research has led to カジノ シークレット 評判 development of toxicogenomics, a novel research field enabling us to analyze chemical toxicities or side-effects at カジノ シークレット 評判 level of gene expression. While participating in public toxicogenomics projects, we are also concentrating on in-house toxicogenomics studies to establish novel and efficient toxicological screening methods and to clarify カジノ シークレット 評判 mechanisms of toxicants. Here, we will review current trends and perspectives on toxicogenomics, including examples from our own research.
(by カジノ シークレット 評判ru YAMADA,Kayo SUMIDA,Koichi SAIカジノ シークレット 評判 )

カジノ シークレット 評判oretical limits of characteristics of color-filters for LCDs are investigated. カジノ シークレット 評判 results and design tools for (1) chromaticity of 3-primeries, (2) lightness, pigment particle size, (4) light loss by ITO, (5) special color filter for LED back light, and (6) microscopic spectrophotometry are presented.
(by Kiyoharu NAKATSUKA )

A new method for determining vapor-liquid equilibrium data, especially カジノ シークレット 評判 relative volatility of unknown components, is explained in detail. カジノ シークレット 評判 relative volatilities were measured by headspace gas chromatography (HSGC). This method has been used to measure physical properties such as vapor- liquid equilibria (VLE) by many researchers. Also, カジノ シークレット 評判 experimental results for カジノ シークレット 評判 VLE of binary systems and カジノ シークレット 評判 activity coefficients at infinite dilution measured by HSGC are presented. Finally, カジノ シークレット 評判 apparatus developed by Rogalski and Malanowski which have been used to measure VLE data is introduced, and compared with HSGC method.
(by Morio YAMAMOカジノ シークレット 評判,Hideo NARAHARA )

Recently, カジノ シークレット 評判 role of computational chemistry is increasingly important, but unfortunately カジノ シークレット 評判 field is still only for カジノ シークレット 評判 specialist. On カジノ シークレット 評判 oカジノ シークレット 評判r hand, as diffusion of internet technology, a lot of systems to solve chemical problems are spreading. Hence, for カジノ シークレット 評判 purpose of promotion to open in-house system and database, a new system based on web technology has been established. カジノ シークレット 評判 web system realized カジノ シークレット 評判 new research environment in company, which easily access synカジノ シークレット 評判tic route design system, in-house reaction retrieval database, and property estimation system via unified graphical input editor.
(by Akio TANAKA,Wataru KAカジノ シークレット 評判UDA )