B5 Orthosilicic Acid Adsorptive and Some Surface Property Modification Mechanisms of Nano-Ball allophane
スポンサーリンク
概要
著者
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Nartey Eric
Faculty Of Agriculture Ehime University
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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
- 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
- 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
- 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