Relaxed error threshold

Appendix 6. Brillouin-Wigner Perturbation Theory of the Quasi-species. Appendix 7. Renormalization of the Perturbation Theory Appendix 8. Statistical Convergence of Perturbation Theory Appendix 9. Variables, Mean Rate Constants, and Mean Selective Values for the Relaxed Error Threshold... 

The stretched exponent u depends essentially on the temperature (Fig. 26). At 14°C, u has a value of 0.5. However, when the temperature approaches the percolation threshold = 27°C, u reaches its maximum value of 0.8, with an error margin of less than 0.1. Such rapid decay of the KWW function at the percolation threshold reflects the increase of the cooperative effect of the relaxation in the system. At temperatures above the T, the value of the stretched exponent v decreases, and indicates that the relaxation slows down in the interval 28°-34°C. At temperatures above 34°C, the increase in u with the rise in temperature suggests that the system undergoes a structural modification. Such a change implies a transformation from anZ.2 phase to lamellar or bicontinuous phases (132, 133). On the other hand, the temperature behavior of the fractal dimension Dp (Fig. 26) shows that below the percolation... 

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