正田 誠 | Research Laboratory Of Resources Utilization Tokyo Institute Of Technology

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概要

• Shoda Makotoの詳細を見る
• 同名の論文著者
• Research Laboratory Of Resources Utilization Tokyo Institute Of Technologyの論文著者

関連著者

• 正田 誠

  Research Laboratory Of Resources Utilization Tokyo Institute Of Technology

• Shoda Makoto

  Research Laboratory Of Resources Utiluzation Tokyo Institute Of Technology

• 正田 誠

  東京工業大学資源研究所

• Shoda Makoto

  Research Laboratory Of Resources Utilization Tokyo Institute Of Technology

• Shoda Makoto

  Research Lab. Resources Utilization Tokyo Institute Of Technology

• 正田 誠

  東京工業大学資源化学研究所

• Hirai M

  Center For Advanced Material Analysis Tokyo Institute Of Technology

• 正田 誠

  東工大・資源研

• Hirai Mitsuyo

  Research Laboratory Of Resources Utilization Tokyo Institute Of Technology

• 正田 誠

  東京工業大学資源化研究所

• 阿野 貴司

  東工大・資源研

• 岡野 貴司

  東工大資源研

• Kubota Hiroshi

  Department of Chemistry, Faculty of Science, Kyoto University

• Kubota H

  Research Laboratory Of Resources Utilization Tokyo Institute Of Technology

• HIRAI Makoto

  Development and Differentiation Department, National Institute of Agrobiological Sciences

• Kubota Hiroshi

  Research Laboratory Of Resources Utilization Tokyo Institute Of Technology

• Ano T

  Tokyo Inst. Technol. Yokohama Jpn

• 平井 光代

  東京工業大学資源化学研究所

• Ano Takashi

  Research Laboratory Of Resources Utilization Tokyo Institute Of Technology

• 矢野 壽人

  清水建設(株)技術開発センター

• KUBOTA HIROSHI

  Research Laboratory of Resources Utilization, Tokyo Institute of Technology

• Hirai M

  Research Laboratory Of Resources Utilization Tokyo Institute Of Technology

• 平井 光代

  東工大・資源研

• 正田 誠

  東工大資源研

• 奥野 和政

  東工大・資源研

• 正田 誠

  東工大資源化学研

• 橋本 修左

  清水建設(株)技術研究所

• Cho K‐s

  Department Of Environmental Science And Engineering Ewha Womans University

• Katayama A

  Nagoya Univ. Nagoya Jpn

• 米村 惣太郎

  清水建設 技研

• 米村 惣太郎

  清水建設(株)

• Katayama Arata

  Research Laboratory Of Resources Utilization Tokyo Institute Of Technology

• Katayama Arata

  Graduate Schooi Of Bioagricultural Sciences Nagoya University:(present Address)research Center For A

• Katayama Arata

  School Of Agricultural Sciences Nagoya University

• Katayama Arata

  Department Of Civil Engineering Nagoya University:department Of Civil Engineering Nagoya Universityd

• Yani Mohamad

  Chemical Resources Laboratory Tokyo Institute Of Technology

• Yani M

  Tokyo Inst. Technol. Yokohama Jpn

• CHO KYEOUNG-SUK

  Research Laboratory of Resources Utilization, Tokyo Institute of Technology

• Katayama Arata

  Research Center For Advanced Waste And Emission Management Nagoya University

• Nakasaki K

  Shizuoka Univ. Hamamatsu Jpn

• 橋本 修左

  清水建設(株) 技術研究所

• 本田 直弘

  東京工業大学資源化学研究所

• OHNO AKIHIRO

  Research Laboratory of Resources Utilization, Tokyo Institute of Technology

• Ohno Akihiro

  Research Laboratory Of Resources Utilization Tokyo Institute Of Technology

• 平井 光代

  東工大資源研

• SHODA Makoto

  Chemical Resources Laboratory, Tokyo Institute of Technology

• 菅野 靖史

  東工大資源研

• 新谷 昇

  東工大資源研

• 中川 準

  TDK(株)基礎材料研究所

• 中川 準

  Tdk(株) 基礎材料研究所

• 廣田 憲之

  物材機構ナノセラミックスセンター

• 堀内 新一郎

  東工大・資源研

• Tsuchiya K

  Research Laboratory Of Resources Utilization Tokyo Institute Of Technology

• 石崎 仁将

  東工大・資源研

• Zhang Liang

  Research Laboratory Of Resources Utilization Tokyo Institute Of Technology

• Tuchiya Koji

  Research Laboratory Of Resources Utilization Tokyo Institute Of Technology

• OKUNO KAZUMASA

  Research Laboratory of Resources Utilization, Tokyo Institute of Technology

• Tsuchiya Kensuke

  Institute of Industrial Science, The University of Tokyo

• Tsuchiya Kensuke

  Institute Of Industrial Science The University Of Tokyo

• NAKASAKI KIYOHIKO

  Research Laboratory of Resources Utilization, Tokyo Institute of Technology

• KER Kuei-Cheng

  Research Laboratory of Resources Utilization, Tokyo Institute of Technology

• Ker Kuei-cheng

  Research Laboratory Of Resources Utilization Tokyo Institute Of Technology

• Sugano Y

  R1-30 Chemical Resources Laboratory Tokyo Institute Of Technology

• Okuno Kazumasa

  Research Laboratory Of Resources Utilization Tokyo Institute Of Technology

• Zhang Liang

  Research And Development Department Central Laboratory Maezawa Industries Inc.

• TOKUDA YUKINORI

  Research of Laboratory of Resources Utilization, Tokyo Institute of Technology

• Tokuda Yukinori

  Research Laboratory Of Resources Utilization Tokyo Institute Of Technology

• 平井 光代

  東京工業大学資源化研究所

• 北澤 宏一

  東大工

• 菅野 靖史

  東工大・資源研

• 新谷 昇

  東工大・資源研

• 荻原 宏康

  湘南工大

• 鄭 義淳

  東京工業大学資源化学研究所

• 水本 真司

  東工大・資源研

• 阿野 貴司

  東工大資源研

• 和光 良平

  東工大資源研

• Park Sang-jin

  (present Address) Environmental Engineering. Division Korea Institute Of Construction Technology

• Shoda Makoto

  R1-30 Chemical Resources Lab. Tokyo Inst. Of Technol. 4259 Nagatsuta Midori-ku Yokohama 226-8503 Jpn

• Shoda Makoto

  Chemical Resources Laboratory Tokyo Institute Of Technology

• TSUCHIYA KOJI

  Research Laboratory of Resources Utilization, Tokyo Institute of Technology

• Bach P

  Research Laboratory Of Resources Utilization Tokyo Institute Of Technology

• BACH PHAN

  Research Laboratory of Resources Utilization, Tokyo Institute of Technology

• 荻原 宏康

  湘南工科大

• 本田 直弘

  東工大・資源研

• Bach Phan

  Research Laboratory Of Resources Utilization Tokyo Institute Of Technology

• Phae Chae

  Research Laboratory Of Resources Utilization Tokyo Institute Of Technology

• Hirai Mitsuyo

  Chemical Resources Laboratory Tokyo Institute Of Technology

• Sugano Yasushi

  R1-30 Chemical Resources Laboratory Tokyo Institute Of Technology

• Tsuchiya Koji

  Research Laboratory Of Resources Utilization Tokyo Institute Of Technology

• Shimokawa Takuya

  R1-30 Chemical Resources Laboratory, Tokyo Institute of Technology

• KAMAMOTO MANABU

  Chemical Resources Laboratory, Tokyo Institute of Technology

• Yani Mohamad

  Research Lab. Resour. Utili. Tokyo Inst. Technol.

• ASAKA ORIE

  Research Laboratory of Resources Utilization, Tokyo Institute of Technology

• Asaka Orie

  Research Laboratory Of Resources Utilization Tokyo Institute Of Technology

• TOGASHI IWAO

  Research Laboratory of Resources Utilization, Tokyo Institute of Technology

• Shimokawa Takuya

  R1-30 Chemical Resources Laboratory Tokyo Institute Of Technology

• HIRAOKA HIDEJI

  Research Laboratory of Resources Utilization, Tokyo Institute of Technolgy

• Togashi I

  Hokkaido Forest Products Res. Inst. Asahikawa Jpn

• Hiraoka Hideji

  Research Laboratory Of Resources Utilization Tokyo Institute Of Technology

• Kamamoto Manabu

  Chemical Resources Laboratory Tokyo Institute Of Technology

• Tsuchiya Koji

  Research Institute Of Science And Technology Tokyo University Of Science

• 鈴木 良延

  清水建設(株)設計本部

• 土屋 耕治

  東工大・資源研

• 北澤 宏一

  東京大学工学部物理工学科

• 田中 寛

  東大・分生研

• 高橋 秀夫

  東大・分生研

• 廣田 憲之

  東大・新領域

• 高橋 秀夫

  東大分生研

• 佐藤 弘

  清水建設(株)エンジニアリング本部

• 荻原 宏康

  湘南工科大学

• 藤波 亮

  阪市大・工・生応化

• 廣田 憲之

  東京大学工学部応用化学科

• 廣田 憲之

  東大工

• 梅垣 祐哉

  東京工業大学資源化学研究所

• 鄭 義淳

  東工大・資源研

• 倉谷 亜由美

  東工大資源研

• 石崎 仁將

  東工大・資源研

• Gomez Luta

  Research Laboratory Of Resources Utilization Tokyo Institute Of Technology

• 廣田 憲之

  東大

• 和光 良平

  東工大・資源研

• 鈴木 良延

  清水建設(株)

• Shoda Makoto

  R1-30 Chemical Resources Laboratory Tokyo Institute Of Technology

• 正田 誠

  東工大

• NAKANO Yoshio

  Department of Environmental Chemical and Engineering, Interdisciplinary Graduate School of Science a

• 北澤 宏一

  東大・工

• ANO TAKAHSI

  Research Laboratory of Resources Utilization, Tokyo Institute of Technology

• OKUDA MASAHIKO

  Kobe Steel Ltd.,

• 荻須 昭雄

  敷島製パン(株)中央研究所

• 大石 勉

  敷島製パン(株)中央研究所

• 藤波 亮

  東工大・資源研

• 江沢 厚太

  東工大・資源研

• NAKAMURA KAZUHIRO

  Research Laboratory of Resources Utilization, Tokyo Institute of Technology

• 廣田 憲之

  東京大学工学部

• 近藤 真妃

  東工大・資源研

• 阿野 貴司

  東京工業大学資源化学研究所

• 本田 直弘

  東工大資源研

• HIRAl Mitsuyo

  Research Laboratory of Resources Utilization, Tokyo Institute of Technology

• Endo T

  Research Laboratory Of Resources Utilization Tokyo Institute Of Technology

• SUZUKI Masayuki

  Research Center, SONY Corporation

• 荻須 昭雄

  敷島製パン

• 北澤 宏一

  東京大学工学部応用化学科

• Endo Tatsuo

  Research Laboratory Of Resources Utilization Tokyo Institute Of Technology

• Fujie K

  Research Laboratory Of Resources Utilization Tokyo Institute Of Technology

• Fujie Koichi

  Research Laboratory Of Resources Utilization Tokyo Institute Of Technology

• Sugano Yasushi

  Research Laboratory Of Resources Utilization Tokyo Institute Of Technology

• Okuda Masahiko

  Kobe Steel Ltd.

• Akiyama T

  Faculty Of Engineering Shizuoka University

• NAKASAKI KIYOHIKO

  Department of Chemical Engineering, Faculty of Engineering, Shizuoka University.

• AKIYAMA TETSUO

  Department of Chemical Engineering, Faculty of Engineering, Shizuoka University

• CHO KYROUNG-SUK

  Research Laboratory of Resources Utilization, Tokyo Institute of Technology

• Hirai Mitsuyo

  Center for Advanced Material Analysis, Tokyo Institute of Technology

• KIM NAM-JIN

  Research Laboratory of ResourcesUtilization, Tokyo Institute of Technology

• Yani Mohamad

  Res. Lab. Resour. Util., Tokyo Institute of Technology.

• Hirai Mitsuyo

  Res. Lab. Resour. Util., Tokyo Institute of Technology.

• Shoda Makoto

  Res. Lab. Resour. Util., Tokyo Institute of Technology.

• HAYASAKA Naomi

  Research Laboratory of Resources Utilization, Tokyo Institute of Technology

• Cho Kyroung-suk

  Research Laboratory Of Resources Utilization Tokyo Institute Of Technology

• MORISAKI NAOYUKI

  Research Laboratory of Resources Utilization, Tokyo Institute of Technology

• NAKASAKI KIYOHIKO

  (Present addredd)Faculty of Engineering, Shizuoka University

• FURUSAWA NOBUYUKI

  Research Laboratory of Resources Utilization, Tokyo Institute of Technology

• 北澤 宏一

  東京大学工学部

• Kim Nam-jin

  Research Laboratory Of Resourcesutilization Tokyo Institute Of Technology

• Akiyama Tetsuo

  Department Of Chemical Engineering Faculty Of Engineering Shizuoka University

• Hayasaka Naomi

  Research Laboratory Of Resources Utilization Tokyo Institute Of Technology

• Nakamura Kazuhiro

  Research Laboratory Of Resources Utilization Tokyo Institute Of Technology

• Morisaki Naoyuki

  Research Laboratory Of Resources Utilization Tokyo Institute Of Technology

• Nakano Yoshio

  Department Of Chemical Engineering Faculty Of Engineering Shizuoka University

• Nakasaki Kiyohiko

  Department Of Chemical Engineering Faculty Of Engineering Shizuoka University

• Suzuki Masayuki

  Research Center Mitsubishi Kasei Corporation

• Furusawa Nobuyuki

  Research Laboratory Of Resources Utilization Tokyo Institute Of Technology

• Suzuki Masayuki

  Research and Development Management Headquarters, FUJIFILM Corp., Minamiashigara, Kanagawa 250-0193, Japan

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著作論文

• Purification and characterization of two DyP isozymes from Thanatephorus cucumeris Dec 1 specifically expressed in an air-membrane surface bioreactor(ENZYMOLOGY, PROTEIN ENGINEERING, AND ENZYME TECHNOLOGY)
• Efficient Dye Decolorization and Production of Dye Decolorizing Enzymes by the Basidiomycete Thanatephorus cucumeris Dec 1 in a Liquid and Solid Hybrid Culture(MICROBIAL PHYSIOLOGY AND BIOTECHNOLOGY)
• 1022 高磁場は大腸菌のrpoS遺伝子の発現を促進する
• 2J14-5 新規の糸状菌 Geotrichum candidum Dec 1 のリグニン分解能力
• 830 非白色腐朽菌Geotrichum candidum Dec 1を用いた酸素晒パルプの漂白(環境浄化・修復・保全技術,一般講演)
• 106 新規の糸状菌Geotrichum candidum Dec 1を用いたパルプ漂白廃液の脱色
• 広範なpH領域でスチレン除去活性が高い菌株のスクリーニングとバイオフィルターへの適用性
• 3B09-2 Rhodococcus sp. BTO62株を担持したオープン系バイオフィルターによるo-キシレンの除去(環境浄化・修復・保全技術,一般講演)
• 3J10-4 枯草菌のおから固体培養物による微生物農薬作用
• 801 枯草菌のiturin A高濃度培養液による植物病抑制効果(環境浄化・修復・保全技術,一般講演)
• 1027 枯草菌におけるキチナーゼの発現とその植物病抑制効果
• 814 大腸菌に対する高磁場効果 : 対数増殖期におけるNaCl濃度依存性
• 131 固定化Alcaligenes faecalis No.4によるアンモニウムの除去特性
• アンモニアガスに対する脱臭剤の性能検定に関する研究
• 硫化水素ガスに対する吸着方脱臭剤の性能検定に関する研究
• 缶詰工場から排出される臭気の吸収法による除去
• 硫化水素ガスに対する吸着型脱臭剤の性能検定に関する研究
• 厨房排水処理施設から発生する悪臭のヨウ素酸添着活性炭による除去
• 414 Alcaligenes faealis No.4による従属栄養硝化・脱窒反応
• 1050 高磁場印加による大腸菌の死滅抑制下における生理的変化
• 1049 高磁場による大腸菌の大きな死滅抑制条件の検討
• A New Cultivation System Operated under a Super High Magnetic Field
• 水の蒸発に対する磁場効果とその発生機構
• 水の蒸発に対する磁場効果とその発生機構
• 酸素ガスに対する磁場効果 II : 酸素中における水の蒸発への磁場効果
• Thermal Balance in Composting Operations
• Rate of Composting of Dewatered Sewage Sludge in Continuously Mixed Isothermal Reactor
• 印刷工場における有機溶剤排出防止対策 II : 印刷機から発生する有機溶剤の拡散防止
• 印刷工場における有機溶剤排出防止対策 III : 触媒酸化法による有機溶剤の除去
• 印刷工場における有機溶剤排出防止対策 I : 活性炭吸着法による有機溶剤の除去
• Bacterial Control of Plant Diseases
• バイオテクノロジーと脱臭
• 124 微生物による植物病の防除
• 「バイオテクノロジー」 : 軽部征夫, 早出広司編著, 朝倉書店(1994), A5判, 196頁, 定価3,090円 / 「バイオエレクトロニクス」 : 軽部征夫, 民谷栄一編著, 朝倉書店(1994), A5判, 158頁, 定価3,296円
• 高磁場中で生物化学反応がどう変わるか(夢・化学-21)
• II-2 土壌病害拮抗菌の生化学(II. 植物土壌病害の抑止対策)
• スラッジエキスによるメタン発酵の促進効果
• 1023 GASP (Growth Advantage in Stationary Phase)への高磁場の影響
• 451 高磁場下で培養した大腸菌の培養液上清の特性
• Effect of Homogeneous and Inhomogeneous High Magnetic Fields on the Growth of Escherichia coli
• Effect of Super High Magnetic Field on the Growth of Escherichia coli under Various Medium Compositions and Temperatures
• 1354 トマト苗立枯病抑制に対する枯草菌と化学農薬flutolanilの併用効果
• 1353 従属栄養硝化細菌Alcaligenes faecalis No.4によるトマト苗立枯病の抑制
• 従属栄養硝化細菌Alcaligenes faecalisとその生産物ヒドロキシルアミンによるRhizoctonia solaniによるトマト苗立枯病の防除
• (50) Alcaligenes faecalis No.4によるトマト苗立ち枯れ病の抑制
• DECOMPOSITION PROCESS OF VARIOUS ORGANIC WASTES IN SOIL WITH REFERENCE TO GEL CHROMATOGRAPHY
• 640 Alcaligenes faecalis No.4による苗立ち枯れ病の抑制
• Treatment of Exhaust Gases from a Night Soil Treatment Plant by a Combined Deodorization System of Activated Carbon Fabric Reactor and Peat Biofilter Inoculated with Thiobacillus thioparus DW44
• Removability of Malodorous Gases from a Night Soil Treatment Plant by a Pilot-Scale Peat Biofilter Inoculated with Thiobacillus thioparus DW44
• Enhanced Removability of Odorous Sulfur-Containing Gases by Mixed Cultures of Purified Bacteria from Peat Biofilters
• Enhanced Removal Efficiency of Malodorous Gases in a Pilot-Scale Peat Biofilter Inoculate with Thiobacillus thioparus DW44
• Degradation Characteristics of Hydrogen Sulfide, Methanethiol, Dimethyl Sulfide and Dimythyl Disulfide by Thiobacillus thioparus DW44 Isolated from Peat Biofilter
• Removal of Dimethyl Disulfide by the Peat Seeded with Night Soil Sludge
• Removal Characteristics of Hydrogen Sulphids and Methanethiol by Thiobacillus sp. Isolated from Peat in Biological Deodorization
• Method for Monitoring the Decomposition Process in Soil of Organic Wastewaters with High Strength and Low C/N Ratio
• Comparison of the Biological NH_3 Removal Characteristics among Four Inorganic Packing Materials
• Comparison of the Biological H_2S Removal Characteristics among Four Inorganic Packing Materials
• Removal of a High Load of Ammonia Gas by a Marine Bacterium, Vibrio alginolyticus
• 1136 Ammonia Oxidation in Airlift Reactor and Jar Fermentor by A Newly Isolated Ammonia-oxidizing Bacterium Nitrosomonas eutropha AO1
• 556 Ammonia removability in peat biofilter seeded with enriched nitrifying bacteria isolated from night soil sludge.
• 809 Ammonia Removal by Peat Biofilter Seeded with Night Soil Activated Sludge.
• Persistence of Bacillus subtilis RB14 and Its Derivative Strains in Soil with Respect to the lpa-14 Gene
• STABILIZATION PROCESS OF SEWAGE SLUDGE COMPOST IN SOIL
• HIGH PERFORMANCE SIZE EXCLUSION CHROMATOGRAPHY OF WATER EXTRACT FROM SEWAGE SLUDGE-SOIL MIXTURE
• FACTORS AFFECTING THE STABILIZATION PERIOD OF SEWAGE SLUDGE IN SOIL WITH REFERENCE TO THE GEL CHROMATOGRAPHIC PATTERN
• APPLICATION OF GEL CHROMATOGRAPHY TO MONITOR THE DECOMPOSITION PROCESS OF SEWAGE SLUDGE IN SOIL
• Suppressive Effect of Bacillus subtilis and It's Products on Phytopathogenic Microorganisms
• Nitrogen Transformation during Thermophilic Composting
• Oxygen Diffusion and Microbial Activity in the Composting of Dehydrated Sewage Sludge Cakes
• Effects of a Bulking Agent on the Reaction Rate of Thermophilic Sewage Sludge Composting
• Removal of NH_3 by a Peat Biofilter without and with Nitrifier
• Comparison of Composting of Two Sewage Sludges
• Removal of Hydrogen Sulfide by a Biofilter with Fibrous Peat
• Removal Characteristics of Dimethyl Sulfide by a Mixture of Hyphomicrobium sp. I55 and Pseudomonas acidovorans DMR-11
• Removal Characteristics of Dimethyl Sulfide, Methanethiol and Hydrogen Sulfide by Hyphomicrobium sp. I55 Isolated from Peat Biofilter
• Effect of Temperature Change and Aeration on the Production of the Antifungal Peptide Antibiotic Iturin by Bacillus subtilis NB22 in Liquid Cultivation
• Characteristics of Plasmid Stability in Bacillus subtilis NB22,an Antifungal-Antibiotic Iturin Producer
• Survival of Bacillus subtilis NB22,an Antifungal-Antibiotic Iturin Producer, and Its Transformant in Soil-Systems
• Plasmid Instability in Bacillus subtilis during Sporulation
• Production of the Antifungal Peptide Antibiotic, Iturin by Bacillus subtilis NB22 in Solid State Fermentation
• Molecular Cloning of a Gene Responsible for the Biosynthesis of the Lipopeptide Antibiotics Iturin and Surfactin
• Rapid Transformation of Baciilus subtilis Using KCl-Treatment
• Suppressive Effect In Vitro of Magnesium L-Ascorbyl-2-phosphate (APM), an Ascorbic Acid Derivative, on the Impairment of DNA by Glucose-6-phosphate(Food & Nutrition)
• Effect of Temperature on Production of Lipopeptide Antibiotics, Iturin A and Surfactin by a Dual Producer, Bacillus subtilis RB14,in Solid-State Fermentation
• 液体および固体培養を用いた枯草菌による抗菌物質の生産特性

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