Abstract
Each increment of CH 2 in the hydrocarbon chain causes a nearly constant rise in the logarithm of C, the distribution ratio. Increases in the crosslinking of Dowex 1 cause increases in C, but increases in the crosslinking of Dowex 50 generally cause decreases in C. With water as eluent, the largest C values are obtained when the counter ion of the resin has the least salting-out ability. The interpretation of these effects and the effect of the eluent salt are discussed.
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