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Description of Experimental Techniques
The Thermal Decomposition of LithiUB
The Thermal Decomposition of Cesium
2 other sections not shown
acid phosphates Alkali Metal Hydrogen alkali metal pyrophosphates anionic annealed anorg cation cesium dihydrogen orthophosphate cesium dihydrogen pyrophosphate cesium monohydrogen orthophosphate-monohydrate Chem chemical compound condensation constant weight cooled corresponding crystal crystalline cyclic metaphosphates decomposed decomposition of cesium decomposition of lithium dehydration determined Differential Thermal Analysis endothermic eutectic Figure formed formula weight percent furnace grams Hours heating hydrogen bonded hydroxide indicated intermediate Investigation JACS lattice lithium carbonate lithium dihydrogen orthophosphate lithium dihydrogen pyrophosphate lithium metaphosphate lithium monohydrogen orthophosphate lithium pyrophosphate Lux-Flood material melt Metal Hydrogen Phosphates metaphosphate content nucleation obtained ortho orthophosphoric acid oxygen bridges percent cesium metaphosphate phase phenolphthalein phosphorus polarizing power polyphosphate potassium precipitate present proceed pyrophosphate and metaphosphate pyrophosphate content reaction mixture Results salts sodium pyrophosphate Solid temperature tetrahedra thermal analysis curves thermal behavior thermal decomposition tion titration total P2O5 triphosphate two-hour periods water loss weight percent cesium x-ray diffraction