Matsumura Yukihiko | Hiroshima Univ.
スポンサーリンク
概要
関連著者
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Matsumura Yukihiko
Hiroshima Univ.
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Minowa Tomoaki
Biomass Technology Research Center National Institute Of Advanced Industrial Science And Technology
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Kanna Machi
Hiroshima University
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Matsumura Yukihiko
Hiroshima University
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Yong Tau
Hiroshima University
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PHOTHISANTIKUL Phacharakamol
Hiroshima University
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KAZEMBE-PHIRI Hendrex
広島大
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MATSUMURA Yukihiko
広島大
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MINOWA Tomoaki
産総研
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PROMDEJ Chutinan
Hiroshima University
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NAIYAPORN Kornpat
Hiroshima University
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YANAGIDA Takashi
Hiroshima University
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FAROBIE Obie
Hiroshima University
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SAMANMULYA Thachanan
Hiroshima University
著作論文
- P-136 Reactive performance of bio-ethanol for biodiesel production by heterogeneously catalyzed ethanolysis of bio-oils
- Elucidation of thermal pretreatment kinetics of bio-oil feedstock premixed with calcium hydroxide and glycerol for reactive biodiesel production via ethanolysis in developing countries
- New approaches to biodiesel production by ethanolysis with calcium hydroxide catalyst using thermal pretreatment with glycerol
- Heterogeneously catalyzed ethanolysis of groundnut crude oil using activated calcium oxide and surface-modified activated calcium oxide
- 3-4-5 Catalytic Gasification of Poultry Manure and Eucalyptus Wood Mixture in Supercritical Water
- O-506 Reaction kinetics of the lignin decomposition in supercritical water
- Pa-231 Hydrothermal pretreatment of eucalyptus for ethanol production
- Pa-211 Kinetic rates of hydrothermal glucose decomposition in supercritical water gasification process
- Pb-237 Gasification rate of glycine in supercritical water
- Pb-247 Reaction rate of homogeneous phase cellulose in enzymatic hydrolysis reaction
- Pb-239 Reduction in glucose yield for high concentration feedstock in hydrothermal pretreatment of eucalyptus
- Pb-236 Study on gas and char formation from softwood lignin and guaiacol as model compound in sub- and supercritical water
- Pa-221 New technology for catalyst-free biodiesel production from crude palm oil using supercritical MTBE