B20 Synthesis of CeO_2-ZSM-11 Nanocomposite from Inorganic Silicon Source and its Characterization
スポンサーリンク
概要
著者
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Johan Erni
Faculty Of Agriculture Ehime University
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Johan Erni
愛媛大農
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Johan Erni
愛媛大・農
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MATSUE Naoto
Ehime Univ.
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HENMI Teruo
Ehime Univ.
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Henmi Teruo
Faculty Of Agricultural Ehime University
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Matsue N
Ehime Univ.
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Matsue N
Faculty Of Agriculture Ehime University
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Matsue Naoto
Faculty Of Agricultural Ehime University
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Henmi T
Faculty Of Agriculture Ehime University
関連論文
- P4-2 Mutual Adsorption of Lead and Phosphate on Montmorillonite
- 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 OF WATER ON NANO-BALL ALLOPHANE AS AFFECTED BY HEAT TREATMENT
- Adsorption of Water on Nano-ball Allophane(Soil and Non-Crystalline Clays,Proceedings of the 13^ International Clay Conference)
- Validity of Proposed Model for the Chemical Structure of Allophane with Nano-ball Morphology(Soil and Non-Crystalline Clays,Proceedings of the 13^ International Clay Conference)
- MOLECULAR ORBITAL ANALYSIS ON THE DISSOLUTION OF NANO-BALL ALLOPHANE UNDER ALKALINE CONDITION
- DISSOLUTION MECHANISM OF NANO-BALL ALLOPHANE WITH DILUTE ALKALI SOLUTION
- B1 DISSOLUTION OF ALLOPHANE WITH ALKALINE SOLUTION
- FORMATION OF IMOGOLITE AND ALLOPHANE IN SHATTERED SANDSTONE UNDERLYING BROWN FOREST SOIL
- リン酸吸着によるアロフェンの負電荷量変化 : 実験結果
- ADSORPTION MECHANISM OF Pb ON PAPER SLUDGE ASH TREATED BY NaOH HYDROTHERMAL REACTUION
- COMPARISON OF AN OXALATE-EXTRACTION METHOD AND AN INFRARED SPECTROSCOPIC METHOD FOR DETERMINING ALLOPHANE IN SOIL CLAYS
- Chemical and Mineralogical Properties of Volcanic Ash Soils from Java
- Chemistry and Mineralogy of Some Soils from Indonesia
- 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
- 4-7 Novel Mechanism of Change in Charge Characteristics of Allophane Associated with Phosphate Adsorption
- 4-3 Modification of chemical properties of clays with adsorption of oxoacids
- P69. Fate of Surface Charge Induced by P Adsorption on Allophane (Abstracts of Paper Presented at the 1998 Annval Meeting)
- P69 Fate of Surface Charge Induced by P Adsorption on Allophane
- 4-7 Characterization and Mechanism in Surface Charge Induced Allophane by P Adsorption
- PHOSPHATE ADSORPTION ON NANO-BALL ALLOPHANE AND ITS MOLECULAR ORBITAL ANALYSIS
- 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
- B20.P44. Change in surface acidity of nano-ball allophane by B adsorption (Abstracts of Paper Presented at the 1998 Annval Meeting)
- 4-8 Boron adsorption and change in CEC of nano-ball allophane by the adsorption
- Boron adsorption on allophane with nanoball morphology
- 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
- B3 ADSORPTION OF SOME HEAVY METALS ON NANO-BALL ALLOPHANE
- B2 Sulfate and Nitrate Adsorption on Nano-ball Allophane
- ZINC ADSORPTION ON NANO-BALL ALLOPHANES WITH DIFFERENT Si/Al RATIOS
- P21-2 自然環元型のり面緑化工法による土壌特性の変化 : 事例 : いわゆる「ネッコチップ工法」等の緑化工法、及び同工法等に伴う土壌の特性変化(ポスター紹介,21.緑化技術,2010年度北海道大会)
- 4-1 吸脱水に伴うアロフェンの表面酸性変化に関する分子軌道法計算による解析(4.土壌物理化学・鉱物)
- オルトケイ酸との反応によるSi/Al比の低いアロフェンの表面酸性変化
- A3 リン酸吸着によるアロフェンの負電荷量変化 : 実験結果
- B13 CHANG IN THE SURFACE ACIDITY OF ALLOPHANE BY PHOSPHATE ADSORPTION
- Interaction of phosphate with allophane
- CHANGE IN CHARGE CHARACTERISTICS OF ALLOPHANE WITH ADSORPTION OF LOW MOLECULAR WEIGHT ORGANIC ACIDS
- B14 Surface Charge Characteristics of Allophane as Affected by Some Organic Compounds Adsorption
- B3 ADSORPTION OF SULFATE ON NANO-BALL ALLOPHANE
- B2 Adsorption of Orthosilicic Acid on Some Poorly Ordered Aluminosilicates
- 4-13 ADSORPTION MECAHNISM OF SOME ORGANIC ANIONS ON NANO-BALL ALLOPHANE
- ADSORPTIVE MECHANISMS OF ORTHOSILICIC ACID ON NANO-BALL ALLOPHANE
- B15. The Adsorption of Some Selected Organic Compounds on Nano-Ball Allophane (Abstract of Paper Presented at the 1999 Annual Meeting)
- ADSORPTION OF SOME LOW MOLECULAR WEIGHT ORGANIC ACIDS ON NANO-BALL ALLOPHANE
- 4-2 Chemical and Thermal Changes in Allophane by Some Organic Acids and Their Salts
- NEW CONCEPTS FOR CHANGE IN CHARGE CHARACTERISTICS OF ALLOPHANE WITH-PHOSPHATE ADSORPTION
- A5.P61. Dissolution of Al and Si from Allophane by some organic solutions (Abstracts of Paper Presented at the 1998 Annval Meeting)
- B20 Change in surface acidity of nano-ball allophane by B adsorption
- A5 Dissolution of Al and Si from Allophane by Some Organic Solutions
- 4-10 Reaction of Allophane with Selected Organic Acids and Their Salts
- 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
- ADSORPTION OF SULFATE AND NITRATE ON NANO-BALL ALLOPHANE
- BORON ADSORPTION ON ALLOPHANE WITH NANO-BALL MORPHOLOGY
- A19 Adsorption of water on nano-ball as affected by heat treatments, infrared and X-ray powder diffraction data
- ADSORPTION OF MOLYBDATE ON NANO-BALL ALLOPHANE
- A9 Effect of Temperature on Dissolution of Allophane with Alkaline Solution
- INFLUENCE OF NaOH CONCENTRATIONS DISSOLVED IN SEAWATER AND HYDROTHERMAL TEMPERATURES ON THE SYNTHESIS OF ARTIFICIAL ZEOLITE FROM COAL FLY ASH
- EFFECT OF MOLYBDATE ADSORPTION ON SOME SURFACE PROPERTIES OF NANO-BALL ALLOPHANE
- B4 Effect of Molybdate Adsorption on Some Surface Properties of Nano-Ball Allophane
- CHANGE IN THE SURFACE ACIDITY OF ALLOPHANE BY PHOSPHATE ADSORPTION
- 4-5 PHOSPHATE ADSORPTION ON ALLOPHANES IN RELATION TO THEIR Si/Al ATOMIC RATIO
- THE OCCURRENCE OF ALLOPHANE IN STREAM-DEPOSITS FROM SHISHIGAHANA AT THE NORTHERN FOOT OF MT. CHOKAI, JAPAN
- Imogolite and Allophane in Shattered Sandstone Underlying a Brown Forest Soil
- Clay Mineralogy of Soils from Upper North Thailand
- Clay Mineralogy of a Reddish Brown Lateritic Soil from Thailand
- ADSORPTION OF AMINES ON NANO-BALL ALLOPHANE AND ITS MOLECULAR ORBITAL ANALYSIS
- Preparation of Composite Material of Na-P1-Type Zeolite and Magnetite for Cs Decontamination