Foreword The R&D Reform that is Necessary to Create a Future for JGC C&C |
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Toshiharu Hirai/Director,Fine Chemicals Research Center |
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1. |
Trends in the solar cell market and the organic cell technology [in Japanese] |
Tsuguo Koyanagi |
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2. |
Investigation into Correlation between Polishing Rates and Morphology Effects due to Novel |
Kazuhiro Nakayama/Fine Chemicals Research Center
Yuji Tawarazako/Fine Chemicals Research Center
Michio Komatsu/Technical Advisor
Hideaki Nishizawa/Kyushu University Industrial Collaboration Center (now Global Innovation Center) |
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3. |
Recent advanced catalyst "CDS-LS110" for sulfur-free diesel production [in Japanese] |
Yusuke Matsumoto/Catalysts and Advanced Materials Research Center |
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4. |
DAO hydrocracking catalyst for maximizing middle distillate yield [in Japanese] |
Mitsunori Watabe/Catalysts and Advanced Materials Research Center
Ryuzo Kuroda/Catalysts and Advanced Materials Research Center
Shogo Tagawa/Catalysts and Advanced Materials Research Center
Tomoyasu Kagawa/Catalysts and Advanced Materials Research Center
Omer Refa Koseoglu/Saudi Arabian Oil Company |
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5. |
New Preparation Method and Characterization of Precious Metal Catalysts [in Japanese] |
Tomohiro Mitsui/Catalysts and Advanced Materials Research Center |
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6. |
Detection of titanium doped in zeolite frame network using 47,47Ti-NMR [in Japanese] |
Risa Fujino/Research Management Division
Yumio Toda/Research Management Division |
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Foreword The Conundrum of Monodzukuri |
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Komatsu/Technical/Advisor |
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1. |
DeNOx Catalyst [in Japanese] |
Koji Uchida/Catalysts Research Center
Kentaro Adachi/Catalysts Research Center |
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2. |
Study of SDA-free Zeolite Synthesis from FAU-type Zeolite Phase Transition [in Japanese] |
Yoko Yamaguchi/Chemical Catalysts and Advanced Materials Research Center |
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3. |
Super hydrophilic structure applied on fabric by using hetero-allegation Silica [in Japanese] |
Satoshi Yoshida/Fine Chemicals Research Center
Mitsuaki Kumazawa/Fine Chemicals Research Center |
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4. |
Electrochemical Properties of Hybrid Cathode Materials for Lithium Ion Batteries [in Japanese] |
Mariko Hashimoto/Chemical Catalysts and Advanced Materials Research Center |
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5. |
Effects of Nanoparticles Morphology on Polishing performance and Polishing Theory [in Japanese] |
Kazuhiro Nakayama/Fine Chemicals Research Center |
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6. |
New ZSM-5 Additive for More Butenes and Higher Octane Barrels [in Japanese] |
Rei Hamada/Catalysts Research Center |
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7. |
Ni-MgO/A12O3 composed from Ni precursor that contains Takovite Layered Compound, and its Characteristics |
Chihiro Kojima/Chemical Catalysts and Advanced Materials Research Center |
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Foreword "As an integral part of clients' innovation" |
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Kazuo Yamane/Managing Director |
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1. |
Efforts to Increase Production of Clean Oil in FCC Catalyst/Increase Production of Propylene |
Seiji Arakawa/Catalysts Research Center |
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2. |
Synthesis of noble hybrid type porous materials [in Japanese] |
Mitsunori Watabe/Catalysts Research Center
Ryuji Kuroda/Catalyst Research Center
Masaru Ushio/Planning and Survey Division
Masataka Ogasawara/Graduate School of Engineering and Resource Science, Akita University
Shinichi Nakata/Graduate School of Life Science and Systems Engineering, Kyushu Institute of Technology
Kenji Haruyama/Graduate School of Life Science and Systems Engineering, Kyushu Institute of Technology |
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3. |
Novel Anti-Static Hard-Coat Film formed by inorganic oxide nano-particles having chain-like morphology |
Ryo Muraguchi/Fine Materials Research Center |
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4. |
Electrochemical Property of Hybrid Cathode Materials for Lithium ion battery [in Japanese] |
Kaoru Shibuya/Chemical Catalysts and New Materials Research Center |
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5. |
Catalytic Activity Stimulated by the Ferroelectric Charge Fluctuation [in Japanese] |
Jun Kano/Department of Physics, Faculty of Science, Okayama University Miho Ota/Chemical Catalysts and Advanced Materials Research Center |
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