Exact(1)
Wang and Liebau's explanation of the failure of the valence sum rule is not convincing and is not compatible with the use of the valence sum rule as a normalizing condition for the bond valences.
Similar(59)
Various austenization conditions (holding time, temperature and the subsequent cooling rate) were carried out to clarify effect of normalizing condition on the formation of the M3C phase.
Solving Eq. (3.25) and using normalizing condition sumlimits_{i = 0}^{6} {P_{i} (infty )} = 1.
Using the normalizing condition below, it follows that sumlimits_{i = 0}^{3} {P_{i} (infty ) = 1} (3.5).
(3)where P 0 can be calculated using the normalizing condition sumlimits_{i = 0}^{c + r + N} {P_{i} } = 1 (4).
P0 is determined by normalizing condition, i.e., ∑ i = 0 16 P i = 1 Open image in new window.
To obtain the value of Q, we use the normalizing condition W 1 + R 1 + Q = 1.
where R 0) is calculated from the normalizing condition ∑ n = 0 ∞ R n = 1 : R 0 = ∑ i = 0 N λ n + λ h i i !
To obtain the probability ( P_{0,0} ), the following normalizing condition is used: sum limits_{i = 0}^{N - 1} P_{0,i} + sum limits_{j = 1}^L P_{1,j} = 1 (35).
Substituting the values of P1 to P16 in terms of P0 into normalizing condition, we get P 0 N = 1 Open image in new window.
Solving (2) and using the following normalizing condition ∑ l = 0 6 P l = 1 (3)we obtain P 0 , P 1 , …, P 6.
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