The goal of the FMECA technique is the estimation of component failure modes and their major effects, whereas HAZOP is a structured and systematic technique that provides an identification of the hazards and the operability problems using logical sequences of cause-deviation-consequence of process parameters.
An analysis of the motion of the LDV seeding particles under the influence of viscous drag and thermophoresis in these well-characterized counterflow flame environments demonstrates that such deviations are consequences of thermophoresis.
It seems that these deviations are the consequence of an unusual architecture of the active site, buried deep inside the core of the molecule.
The co-feeding experiments suggest that these deviations are the consequence of two different mechanisms of chain growth causing a superposition of two ASF distributions.
When a higher energy level saturates, other processes like non-radiative relaxation to lower energy states occur, and as a consequence, deviations from the expected power law dependence are observed [35, 36].
Here, such deviations are a consequence of using a single rate matrix to analyze sequences that were derived from two or three different ones.
This deviation was probably a consequence of the manufacturing method of the composite, which was not considered in the RVE model.
One possibility is that fitness consequence of deviation in molecular process at smaller scales can be ameliorated by homeostatic mechanisms at larger scales.
Since the value of the intercept was in the same order of magnitude as its standard deviation, koff (and in consequence the dissociation constant, Kd) could not directly be obtained from the kinetic data.
We note that this deviation is the direct consequence of the shape of the electrical noise spectra shown in Figure 4 a, specifically caused by the 1/ f flicker noise.
As a consequence, slight deviations in the estimation of the position of the source may result in putting the null at wrong time delays, vanishing the effect of the null itself.
