Propyl sulfide

Di-n-propyl sulfide [111-47-7] M 118.2, b 141-142 , d 0.870, n 1.449. Washed with aqueous 5% NaOH, then water. Dried with CaCl2 and distd from Na [Dunstan and Griffiths J Chem Soc 1344 1962],... [Pg.226]

C18H38S PENTADECYL- PROPYL-SULFIDE -362.194 1.5896E+00 2.2887E-04 132.34... [Pg.384]

C20H42S HEPTADECYL- PROPYL-SULFIDE -402.579 1.7752E+00 2.4943E-04 149.16... [Pg.384]

Propanethiol, 1-propanethiol, 1-methyl-l-propanethiol. 2-methyl-l-propanethiol, ]-butanethiol, 1-pentanethiol, allyl sulfide, propyl sulfide, and butyl sulfide... [Pg.123]

Very recently (51), nonequivalence has been found in a variety of additional monobasic solutes whose configurational analysis was thought earlier to lie outside the scope of the CSA technique. 2-Butanol, for example, when dissolved in benzene saturated with TFAE, shows nonequivalence in both methyl resonances. A variety of other chiral and prochiral compounds such as 2-propanol, methyl 2-propyl sulfide, 2-aminobutane, and 2-methyl-1-butanol show nonequivalence for their enantiotopic methyl groups under these conditions. The magnitudes of nonequivalence in these instances are small (0.02-0.03 ppm) but, as illustrated in Figure 4 for enriched 2-butanol,... [Pg.296]

BUTYL-HEXADECYL-SULFIDE DECYL-SULFIDE ETHYL-OCTADECYL-SULFIDE HEPTADECYL-PROPYL-SULFIDE HETHYL-NONADECYL-SULFIDE 1-EICOSANETHIOL DECYL-DISULFIDE TRI-o-CRESYL PHOSPHATE 1-PHENYLPENTADECANE 1-CYCLOPENTYLHEXADECANE 1-CYCLOHEXYLPENTADECANE 1-PHENYLHEXADECANE 1-CYCLOHEXYLHEXADECANE n-BUTYL STEARATE DIISOOCTYL PHTHALATE DIOCTYL PHTHALATE DINONYLPHENOL TETRAPHENYLETHYLENE DIISODECYL PHTHALATE... [Pg.25]

BUTYL-PROPYL-SULFIDE 362.7259 -1.2483E+04 -1.4264E+02 1.2046E-01... [Pg.42]

NONANOL n-NONYL MERCAPTAN BUTYL-PENTYL-SULFIDE ETHYL-HEPTYL-SULFIDE HEXYL-PROPYL-SULFIDE METHYL-OCTYL-SULFIDE n-NONYLAMINE... [Pg.45]

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