Abstract
Measurements of the coexistence curve of the binary-fluid mixture isobutyric \(\) with added \(\) salt at various concentrations show an important dependence on the critical temperature and the ritical exponent \(\). The phase-transition region shifts as a function of the salt concentration. The effective -critical exponent \(\) is neither compatible with the Ising value \(\) nor with the Fisher renormalized value \(\)
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