:It would help to provide the source, but note that the info box in our article on cyclohexanol says 3.6 g / l dissolve in water, vs . 0.46 g / l for 1-octanol.
42.
Galaxolide has a measured Bio Concentration Factor ( BCF ) in fish in a range of 600-1600 and a log octanol / water partition coefficient ( Log Kow ) of around 5.5 ( 5.3 5.9 ).
43.
So that would mean positive is more in octanol . " But ", that coefficient is reported as K OW in these sources, not P-- so again, I'd want to see the source context to know for sure.
44.
As per SANS 11014 : 2010 this should address : appearance of the chemical ( e . g . physical state, form, and colour ), n-octanol / water partition coefficient, auto-ignition temperature, decomposition temperature, and / or viscosity.
45.
The octanol-water partition coefficient ( K ow ) is correlated with the potential for a chemical to bioaccumulate in organisms; the BCF can be predicted from log K ow, via computer programs based on structure activity relationship ( SAR ) or through the linear equation:
46.
Note logically though, that if cyclohexanol partitions to octanol, that means that cyclohexanol is more like octanol than cyclohexanol is like water-not that octanol is more like water than cyclohexanol is like water . talk ) 13 : 50, 19 January 2016 ( UTC)
47.
Note logically though, that if cyclohexanol partitions to octanol, that means that cyclohexanol is more like octanol than cyclohexanol is like water-not that octanol is more like water than cyclohexanol is like water . talk ) 13 : 50, 19 January 2016 ( UTC)
48.
Note logically though, that if cyclohexanol partitions to octanol, that means that cyclohexanol is more like octanol than cyclohexanol is like water-not that octanol is more like water than cyclohexanol is like water . talk ) 13 : 50, 19 January 2016 ( UTC)
49.
The classical and most reliable method of log " P " determination is the " shake-flask method ", which consists of dissolving some of the solute in question in a volume of octanol and water, then measuring the concentration of the solute in each solvent.
50.
A solution of 13.0 g ( 0.1 mol ) of 1-octanol in 25 mL of dichloromethane was added dropwise to a solution of 16.1 g ( 0.1 mol ) of diethylaminosulfur trifluoride in 60 mL of dichloromethane cooled to 70?to 65?
