Ferric metaphosphate

Table III. Room Temperature Mossbauer Parameters of Ferric Metaphosphate (19)"...

Ferric metaphosphate, Fe203.3P205.6H20 or Fe(P03)3.3H20, has been prepared 6 by dissolving ferric oxide in glacial phosphoric acid at 100° C. and maintaining the liquid at this temperature for several hours. The salt separates out in small crystals which take the form of pink rhombic plates derived from a monoclime prism. The crystals are decomposed by water. 

Betz Entec 422. See Zinc phosphate Betz Entec 423. See Sodium metaphosphate Betz Entec 650P. See Aluminum sulfate Betz Entec 720. See Pentasodium triphosphate Betz Entec 962P. See Polyquaternium-6 Betz Entec E 425. See Phosphoric acid Betz Polymer 1192P. See Polyquaternium-6 Betz Rec-Oil 250. See Ferric sulfate Beutene . See Butyraldehyde-aniline condensation product Bexloy V-572. See Polyester elastomer, thermoplastic... 

Miiisperse 954. See Zinc phosphate Miiisperse 955. See Zinc chloride Miiisperse 956. See Sodium metaphosphate Milopol G-7. See PEG-7 glyceryl cocoate Milori blue. See Ferric ferrocyanide Milvex 1000. See Nylon 66 Mimosa. See Black wattle (Acacia decurren) Mimosa bark extract. See Mimosa tenuiflora bark extract... 

Certain metaphosphates, for example, Cr and U will, on heating, decompose to phosphorus pent-oxide and pyrophosphate (5.107), while ferrous pyrophosphate can be prepared by reducing ferric orthophosphate (5.108), and mercury pyrophosphate by simply heating the orthophosphate (5.109). 

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