Results from the simulations are presented to derive requirements for tolerated mechanical stage deviations and alignment accuracies.
With the typical examples of primary coolant drainage of CPR1000 units, the usual drainage operations during primary coolant drainage and the level gauge response tendency for different level measuring zones are described, and analysis of the cause of level deviation in different stages is given on the basis of fluid mechanics principle and level gauge measuring characteristics.
This agreement during the slumping stage and deviation during the self-similar stage occurs because ε is set using the analytical relationship (Eq. (19)) for the slumping stage of the dam-break problem.
Simulation results show that the input stage transconductance deviation as the input common-mode voltage varies from rail-to-rail is less than ±0.81%, in typical conditions and at 27 °C.
The aggregation peak temperature of the second cooling of the sample was similar to the one obtained with the first cooling stage (standard deviation was typically less than 10%).
25 MYC, however, does not appear to play a significant role in driving cells through stages of B-cell development since lymphomas in Eμ-MYC or MYC insertion iMYC Eμ mice arise at the pre-B-cell or mature stages (a deviation from a faithful phenocopy of the GC-derived human disease).
It is possible to perform in automatic manner if, at the first stage, noise standard deviation estimate is obtained in a blind manner.
Furthermore, in the later stage showing the deviation of the linear relationship, light scattering under Hv polarization condition showed a X-type pattern indicating the existence of optically anisotropic rods, the optical axes being parallel or perpendicular with respect to the rod axis.
However, with the presence of the second stage sample size deviation, the p-value cannot be directly extended from (1) because the observed total number of responses x1+ x2 is not a good ranking determinant of 'extremeness' any more.
We found three SNPs from ZNF577 gene region to be associated with disease susceptibility: rs10411161 (only SNP in the replication stage that showed deviation from HWE) found 2.8 kb downstream of the gene in the 3′ UTR, and the other two markers rs3848562 and rs11878583 are present in the introns 2 and 6, respectively.
