Sentence examples for critically important parameter from inspiring English sources

In its present form, however, it is not suitable as a monitoring system of body temperature in individually sick pigs, where an exact body temperature can be a critically important parameter for further intervention procedures.

Any attempt to recycle and reuse process water is significantly limited due to build-up of these inhibitors, even though water recycle was reported to be a critically important parameter in biorefinery process integration especially with the industrial requirement for high solids loading of > 20% w/w that yield higher concentrations of inhibitors [ 32].

Physico-mechanical properties are critically important parameters for rocks.

As shown in [17], the length of the contention window and the transmission probability that a user transmits in a randomly chosen slot are two critically important parameters.

This approach is preferable to classical test theory or generalizability theory for testing the stability of OSCEs as it can simultaneously take into account 2 critically important parameters in the IRT model to derive overall TCCs for comparison [ 20].

In this case, in addition to the properties of the reinforcement, either two- or three-dimensional, the matrix and their interphase, the engineer must consider the critically important geometrical parameters, such as the reinforcement lay-out angles and the ply stacking sequence.

Parameter estimation with 12 parameter sets for both low and high uplift data demonstrates that multiple sets of parameters can match the observed data equally well and the inclusion of the pore pressure data is critically important to constrain the parameter solution during inverse modeling.

Therefore, it is critically important to know which parameters will be the most significant for estimating rice productivity in the future environment.

Particularly, use of the convection conductance of a fluid in the denominators of the dimensionless parameters was critically important, which leads to a new optimum design.

To improve treatment efficiency, process and material parameters are needed but engineers are dealing with vast quantities of fundamentally poorly understood and unpredictable material Thus, accurate prediction of critically important, but analytically elusive process parameters is unattainable and is a matter of grave concern.

While they construct parameter libraries at different locations in order to cancel out the geometric effects and enhance classification, we determine those effects separately; that way not only do we recover critically important information but also obtain parameters whose classification is perhaps easier (and thus faster) to perform and still of high quality.