Abstract
The magnetization of the paramagnetic alloys of copper with nickel has been studied as a function of temperature and applied field. It is found that a Curie-Weiss equation cannot represent the results and an equation of the form $\ensuremath{\chi}=aT+b+(\frac{c}{T})$ is found to be satisfactory. Alloys in the range from 30 to 38 percent nickel showed a considerable field dependence of the susceptibility at low temperatures.
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