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« Prev 1 2 ... 2647 2648 2649 2650 2651 2652 2653 2654 2655 ... 2866 2867 Next »: $\pi_{[]} = \frac{0.493 \alpha_{[x]} \alpha_{[y]}- 0.413 \alpha_{[y]}- 0.413 \alpha_{[x]}+ 0.346}{\beta}$; $\beta=1.75 \alpha_{[x]} \alpha_{[y]} \alpha_{[z]} -1.11 (\alpha_{[x]} \alpha_{[y]}+\alpha_{[y]}\alpha_{[z]}+\alpha_{[z]}\alpha_{[x]}) \\+ 0.544 (\alpha_{[x]}+\alpha_{[y]}+\alpha_{[z]}) - 0.132$; $\beta=1.75 \alpha_{[x]} \alpha_{[y]} \alpha_{[z]} -1.11 (\alpha_{[x]} \alpha_{[y]}+\alpha_{[y]}\alpha_{[z]}+\alpha_{[z]}\alpha_{[x]}) + 0.544 (\alpha_{[x]}+\alpha_{[y]}+\alpha_{[z]}) - 0.132$; $\pi_{[z]} = \frac{0.493 \alpha_{[x]} \alpha_{[y]}- 0.413 \alpha_{[y]}- 0.413 \alpha_{[x]}+ 0.346}{\beta}$; $\pi_{[z]} = \frac{0.493 \alpha_{[x]} \alpha_{[y]}- 0.413 \alpha_{[y]}- 0.413 \alpha_{[x]}+ 0.346}{}$

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