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Nuclear Magnetic Resonance Relaxation of Heavy Water in. Surfactant/DjO Systems. ... function of [D20], [S], and of an equilibrium constant K char- ac...
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388 The Journal of Physical Chemistry, Vol. 89, No. 2, 1985

ADDITIONS AND CORRECTIONS 1984, Volume 88

M. P.Frewt, H. N&y, and D.CPnet*: Deuterium Longitudinal Nuclear Magnetic Resonance Relaxation of Heavy Water in Surfactant/D20 Systems. Page 2886. Equation 4 should read

f ( a , P ) replaces the product aP. f ( a , P ) can be a complicated function of [DzO], [SI, and of an equilibrium constant K characterizing exchange between water and surfactant polar heads. It is proportional to [D2O]l/*whenever K is smaller than unity. In any event, the proposed procedure for checking the eventual effect of exchange on deuterium T I remains valid.

K. SeeeSted,* J. Holcmuq E. Bjergbakke, and Edwin J. Hart: A Pulse Radiolytic Study of the Reaction OH + O3in Aqueous Medium.

+

Page 4146. The 0 and symbols in the captions of Figures 3 and 4 should be interchanged. The corrected captions should read as follows: Figure 3. ... (0) Ar-saturated, pH 1.0 (HCIO,); (+) N20saturated, pH 3.0 (HC104).... Figure 4. ... (0) spectrum from Figure 3A; (+) spectrum from Figure 3B.

Additions and Corrections