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Tri (4-morpholino) phosphine oxide4441-12-7 99% g/kg
Title of the articleTri (4-morpholino) phosphine oxideChinese synonym three (4, morpholinyl) phosphate oxide; Three (4-morpholino) phosphine oxide; TMPO,Tri (4-morpholino) phosphine oxideTri (4-morpholino) phosphine, 99%; Trimethylphosphine oxide; Trimethylmorpholine phosphate; Tri - (4-methylmorpholine) phosphine oxide; TMPOTri (4-morpholino) phosphine oxide5G English name MORPULINO) PHOSPHINOXIDE4441-12-7 Molecular formula C12H24N3O4P Molecular weight 305.31 EINECS number 224-662-7 Melting point 188-190 ° C Boiling point 476.4 ± 45.0 ° C (Predicted) Density 1.3000 (rounding temperature) Vapor pressure 0-0 Paat 20-50 ° C Refractive index 1.5540 (estimated) Storage conditions Sealed and Room Temperature Solubility soluble in DMSO (small amount), methanol (small amount) Form Solid acidity coefficient (pKa) 1.61 ± 0.20 (Predicted) Color white to off white Water solubility 607.20 g/L (25 ° C) BRN280155 InCh. IKeyWXMQHPKQCPCDQO-UHFFAOYSA-NLogP-0.98at20 ℃ and pH0-14 Surface tension 71.8mN/mat999.6mg/Land20 ℃
The phosphine atom in the tri (4-morpholino) phosphine oxide structure is positively pentavalent and is commonly used as a synthetic monomer for organic phosphine functional organic materials. For example, there are research reports that this substance is used as a dopant in two-dimensional perovskite films and has good applications in the research and development of light-emitting devices. Tri (4-morpholino) phosphine oxide can be prepared by condensation reaction of morpholine and trichlorophosphine oxide
Tri (4-morpholino) phosphine oxide4441-12-7 99% g/kg