Horikawa Yukiya | Faculty Of Agriculture Kochi Univers

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概要

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著作論文

AN ELECTRON MICROSCOPIC INVESTIGATION ON PARTICLE ASSOCIATION BETWEEN IMOGOLITE AND OTHER CLAY MINERALS IN MIXED SUSPENSIONS
Stability of Allophane, Allophanic Clay, and Allophane-Halloysite Floc in Aqueous Solutions of an Anionic Exocellular Heteropolysaccharide (Gum Xanthan) from Xanthomonas campestris
Flocculation and Stabilization of Allophane in the Presence of an Anionic Microbial Polysaccharide (Gum Xanthan) and Several of Its Hydrolytic Intermediates
STUDIES ON THE POTASSIUM-ADSORPTION CAUSED BY SOIL-REDUCTION PART I. : The Occurrence of the Differential Potassium-Adsorption Under Submergence.
Semiquantitative Determination of Imogolite and Al-Rich Allophane (Si / Al ≃ 1 : 2) in Some Volcanic Ash Soils in San'in Region by a Combination of Thermogravimetry-Differential Thermal Analysis and Trimethylsilylation Analysis of Soil Clays
Sedimentation Behavior of Dispersed Particles of Clay and Silt in Acidic and Alkaline Suspensions of Inorganic Materials from Various Volcanic Ash Soils(Soil Chemistry and Mineralogy)
Partial Deflocculation of Mutual Flocs of Allophane and Halloysite by Xanthan and Chitosan and Relevance to Particle Arrangement in the Flocs
STATE ANALYSIS OF IRON IN ALLOPHANIC CLAYS. II. IRON L-EMISSION BAND SPECTRA FROM ALLOPHANIC CLAYS AND HISINGERITE BY THE USE OF AN X-RAY MICROANALYZER
Adsorption of Xanthan Polymer on Allophane and Effect on the Changes in Colloidal Stability of Allophane by Heavy Metal Ions
Electrokinetic Properties of Variable Charge Clays in the Presence of an Anionic Xanthan Polysaccharide and Inorganic Electrolytes
Effect of Inorganic Electrolytes on the Stability of Allophane in Aqueous Solutions of Anionic Xanthan Polysaccharide
Effect of Particle Size of Halloysite on the Defiocculation of Mutual Flocs of Allophane and Halloysite at pH 6.5 in Dilute Xanthan Polysaccharide Solutions
SPECTROPHOTOMETRIC MEASUREMENT OF FLOCCULATION RATE OF SELECTED CLAYS
Stability Behavior of Soil Colloidal Suspensions in Relation to Sequential Reduction of Soils : I. Turbidity of Soil Colloidal Suspensions and Change Induced by Submergence of Paddy Soils
STATE ANALYSIS OF IRON IN ALLOPHANIC CLAYS. I. MOSSBAUER EFFECT ANALYSIS OF IRON IN ALLOPHANIC CLAYS
Stability Behavior of Soil Colloidal Suspensions in Relation to Sequential Reduction of Soils : IV. Formation of Ferrous Precipitate as a Cause of Clay Dispersion
Stability Behavior of Soil Colloidal Suspensions in Relation to Sequential Reduction of Soils : III. Electrokinetic Behavior of Colloidal Particles in Submerged Soils
ELECTROKINETIC PHENOMENA OF AQUEOUS SUSPENSIONS OF ALLOPHANE AND IMOGOLITE
ty Behavior of Soil Colloidal Suspensions in Relation to Sequential Reduction of Soils : II. Turbidity Changes by Submergence of Paddy Soils at Different Temperatures
ELECTROPHORETIC MOBILITY OF BINARY MIXTURES OF IMOGOLITE AND SOME OTHER CLAY MINERALS IN AQUEOUS SUSPENSIONS
MUTUAL FLOCCULATION BETWEEN SELECTED CLAY MINERALS AND SOME KINDS OF ASEXUAL SPORES FROM SOIL-BORNE FUNGI
STUDIES ON THE POTASSIUM-ADSORPTION CAUSED BY SOIL-REDUCTION (PART II) : Possible Mechanisms of Differential Potassium-Adsorption and Relation to the Agronomical Significance
ELECTROKINETIC BEHAVIOR OF ALLOPHANE-IMOGOLITE MIXTURES IN ALKALINE MEDIA
EFFECTS OF IONIC SURFACE ACTIVE AGENTS ON THE FLOATABILITY AND ELECTROPHORETIC MOBILITY OF SELECTED CLAYS

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