1978
DOI: 10.1002/jpln.19781410105
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Formation of X‐ray amorphous aluminum o‐phosphates from precipitation and secondary precipitation

Abstract: Bildung röntgenamorpher Aluminium‐o‐phosphate aus Fällungs‐ und Umfällungsreaktionen Es wurden die Bildungsbedingungen und pH‐Bereiche der röntgenamorphen Aluminiumphosphate Al(OH)2H2PO4 (analog dem Variszit) und Al(OH)NaPO4 (analog dem Montebrasit) untersucht. Diese Al‐Phosphate wurden aus den Kombinationen zwischen Al(OH)BCl3‐B und Na3‐AHAPO4 hergestellt, wobei Basizität B und Azidität A von 0 bis 3 variierten. Die Ausgangskonzentrationen von Al = PO4 waren 10−2 und 10−4 molar. Der Existenzbereich von Al(OH)… Show more

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Cited by 6 publications
(1 citation statement)
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“…However, phosphate fixation by soils has been widely studied in relation to the adsorption of inorganic phosphates by soils and their mineral components (Beck Copyright @ 1994, The Clay Minerals Society and Riemsdijk, 1979;Goldberg and Sposito, 1985). Several authors have shown the structure of kaolinite (Low and Black, 1948;Haseman et al, 1950), aluminium oxides (Van Riemsdijk et al, 1975;Veith, 1978), and iron oxides (Jonasson et al, 1988;Martin et al, 1988) to be altered by lengthy treatment with dissolved potassium or sodium phosphates, which give rise to crystalline or amorphous aluminium or iron mixed phosphates. By using X-ray diffraction and electron microscopy, Kittrick and Jackson (1954) observed that kaolinite was completely decomposed on treatment with 1 M NaHzPO4 for 31 days.…”
Section: Introductionmentioning
confidence: 99%
“…However, phosphate fixation by soils has been widely studied in relation to the adsorption of inorganic phosphates by soils and their mineral components (Beck Copyright @ 1994, The Clay Minerals Society and Riemsdijk, 1979;Goldberg and Sposito, 1985). Several authors have shown the structure of kaolinite (Low and Black, 1948;Haseman et al, 1950), aluminium oxides (Van Riemsdijk et al, 1975;Veith, 1978), and iron oxides (Jonasson et al, 1988;Martin et al, 1988) to be altered by lengthy treatment with dissolved potassium or sodium phosphates, which give rise to crystalline or amorphous aluminium or iron mixed phosphates. By using X-ray diffraction and electron microscopy, Kittrick and Jackson (1954) observed that kaolinite was completely decomposed on treatment with 1 M NaHzPO4 for 31 days.…”
Section: Introductionmentioning
confidence: 99%