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Using liquid 3He in aerogel as an example, it is shown that correlations inpositions of impurities affect the temperature $T_c$ of transition of Fermiliquid in an unconventional superfluid or superconductive state. The effect issignificant if the correlation length for impurities is greater than thecoherence length in the superfluid or superconductive state $\xi_0$. For 3He inaerogel the suppression of $T_c$ is expressed in terms of the structure factorof aerogel. With the account of the fractal structure of aerogel a simpleexpression is obtained for the decrease of $T_c$ from its clean value. Thisexpression is in a satisfactory agreement with experimental data.

Effect of correlated disorder on the temperature of unconventional Cooper pairing (3He in aerogel)