MATSUE Naoto | Ehime Univ.

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概要

• Matsue Naotoの詳細を見る
• 同名の論文著者
• Ehime Univ.の論文著者

関連著者

• MATSUE Naoto

  Ehime Univ.

• HENMI Teruo

  Ehime Univ.

• Matsue N

  Ehime Univ.

• Matsue N

  Faculty Of Agriculture Ehime University

• Henmi T

  Faculty Of Agriculture Ehime University

• Henmi Teruo

  Faculty Of Agricultural Ehime University

• Matsue Naoto

  Faculty Of Agricultural Ehime University

• Johan Erni

  Faculty Of Agriculture Ehime University

• Johan Erni

  愛媛大農

• Johan Erni

  愛媛大・農

• Matsue Naoto

  Applied Chemistry For Env. Industry Ehime Univ.

• ELSHEIKH MOHAMMED

  Laboratory of Applied Chemistry for Environmental Industry, Faculty of Agriculture, Ehime University

• Matsue Naoto

  愛大農

• Henmi Teruo

  愛大農

• Elsheikh Mohammed

  Laboratory Of Applied Chemistry For Environmental Industry Faculty Of Agriculture Ehime University

• Matsueda N

  Ehime Univ.

• Henmi Teruo

  Applied Chemistry For Env. Industry Ehime Univ.

• Elsheikh Mohammed

  Ehime Univ.

• Padilla Gay

  Fac.agric. Ehime University

• Padilla Gay

  愛大農

• Nartey Eric

  Faculty Of Agriculture Ehime University

• Khan Hamayoon

  Ehime Univ.

• Johan Erni

  Fac. Of Agriculture Ehime Univ.

• Kugbe Joseph

  Ehime Univ.

• Henmi Teruo

  Fac. Of Agric. Ehime Univ.

• Henmi Teruo

  Fac.agric. Ehime Univ.

• Matsue Naoto

  Fac. Of Agric. Ehime Univ.

• MATSUE Naoto

  Fac.Agric.,Ehime University

• FUKUGAICHI Satoru

  Ehime Institute of Industrial Technology

• Johan Erni

  愛大農

• PADILLA GAY

  Faculty of Agriculture, Ehime University

• Matsue Naoto

  Fac. Agriculture Ehime Univ.

• Sadoh Taizoh

  Department Of Electronics Faculty Of Engineering Kyushu University

• NARUMI Kazumasa

  Japan Atomic Energy Agency

• Munthali Moses

  Ehime Univ.

• Maeda Yoshihito

  Department Of Electronic Engineering University Of Surrey

• Sugiyama Osamu

  Shizuoka Industrial Research Institute:(present Address)hamamatsu Industrial Research Institute Of S

• Miyao Masanobu

  Department Of Electronics Kyushu University

• Henmi Teruo

  Department Of Agricultural Chemistry Faculty Of Agriculture Ehime University

• Matsue Naoto

  Department Of Agricultural Chemistry Faculty Of Agriculture Ehime University

• SAKAMOTO TAKABUMI

  Faculty of Risk and Crisis Management, Chiba Institute of Science

• Ghoneim Adel

  Faculty Of Agriculture Ehime University

• SUGIYAMA Osamu

  Fuji Industrial Research Institute of Shizuoka Prefecture

• ANDO TAKAO

  Faculty of Risk and Crisis Management, Chiba Institute of Science

• HIYOSHI KIMIO

  Fuji industrial research institute of Shizuoka prefecture

• UEKI Masaya

  SHIMADZU System Solutions Co., Ltd.

• Yamauchi Mayumi

  松山市役所

• FUKUGAICHI Satoru

  Paper Industrial Research Institute of Ehime Pref.

• JOHAN Erni

  Fac.Agric.,Ehime University

• Elsheikh Mohammed

  Faculty of Agriculture Ehime University

• Ghoneim Adel

  愛大農

• Sugiyama O

  Fuji Industrial Research Institute Of Shizuoka Prefecture

• Ueki Masaya

  Shimadzu System Solutions Co. Ltd.

• Hamayoon Khan

  Ehime Univ.

• Sakamoto Takabumi

  Faculty Of Risk And Crisis Management Chiba Institute Of Science

• Henmi Teruo

  Department Of Agricultural Chemistly Faculty Of Agriculture Ehime University

• Ando Takao

  Faculty Of Risk And Crisis Management Chiba Institute Of Science

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著作論文

• B2 Reaction of NaP1 artificial zeolite with acids of different anion species in relation to acid soil amelioration
• P15 Interaction between water molecule and surface structure of soil particles in relation to crop cultivation
• A14 Effect of Grinding on Water Adsorption of Nano-ball Allophane
• ADSORPTION MECHANISM OF Pb ON PAPER SLUDGE ASH TREATED BY NaOH HYDROTHERMAL REACTUION
• P29 Formation of Na-X zeolite from paper sludge ash and its application for toluene adsorption
• B20 Synthesis of CeO_2-ZSM-11 Nanocomposite from Inorganic Silicon Source and its Characterization
• 4-4 Synthesis of TiO2-Zeolite Nano Composite and Its Application for VOCs Adsorption
• P37 Synthesis of TiO_2-High Silica Zeolite from Waste Materials and its Photo-Catalytic Properties
• A11 Change in Surface Acidity of Allophane upon P Adsorption and its Mechanism Analysis by Molecular Orbital Method
• A11 Change in surface acidity of allophane upon P adsorption and its Mechanism Analysis by Molecular Orbital Method
• 4-10 Change in Dispersion and Flocculation Properties of Allophane with P adsorption
• A17 Effect of Si/Al ratio of allophane on adsorption of phosphate and oxalate
• P33 Lead adsorption on montmorillonite as affected by coexisting phosphate
• A15 Competitive adsorption of oxalate and phosphate on allophane at low concentration
• 4-7 Competitive Adsorption of Phosphate with Oxalate on Nano-ball Allophane
• A12 Change in Surface Charge Properties of Nano ball Allophane as Influenced by Sulfate Adsorption
• CHARGE CHARACTERISTICS MODIFICATION MECHANISMS OF NANO-BALL ALLOPHANE UPON ORTHOSILICIC ACID ADSORPTION
• CHANGE IN SURFACE CHARGE PROPERTIES OF NANO-BALL ALLOPHANE AS INFLUENCED BY SULFATE ADSORPTION
• A12 CHANGE IN SURFACE CHARGE PROPERTIES OF NANO-BALL ALLOPHANE AS INFLUENCED BY SULFATE ADSORPTION
• ADSORPTION MECHANISMS OF COPPER AND ZINC ON NANO-BALL ALLOPHANE
• 4-13 Effect of Sulfate Adsorption on the Surface Charge Properties of Nano-ball Allophane
• 4-11 Effect of Zinc Adsorption on some Surface Charge Characteristics of Nano-Ball Allophane
• B5 Orthosilicic Acid Adsorptive and Some Surface Property Modification Mechanisms of Nano-Ball allophane
• A15 INCREASE IN PHOSPHATE ADSORPTION BY NANOCOMPOSITE FORMATION OF GOETHITE AND ZEOLITE
• A17 SYNTHESIS OF NANO COMPOSIT ZEOLITE WITH SESQUIOXIDE IN RELATION TO ENVIRONMENTAL POLLUTION REMEDIATION
• A19 Adsorption of water on nano-ball as affected by heat treatments, infrared and X-ray powder diffraction data

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