Sentence examples for specific utilizations from inspiring English sources

Available data on health care utilization among persons with LEP is limited to data focusing on specific medical conditions such as asthma [ 10] and congestive heart failure [ 18] in elderly patients, readmission risks among general medical in-patients, [ 19] and specific utilizations events such as length of hospital stay and home health referrals following dismissal [ 20– 20].

The maximum specific utilization rate (k) of 2-CP can be computed by µ m/Y.

Monod maximum specific utilization rate of 2-CP (Ms M x −1  T−1).

The kinetic batch experiments were conducted to determine the growth yield (Y), maximum specific utilization rate (k), and the decay rate (b).

In the future, we can expect the concept of the fused analysis to be reused and adapted for more specific utilization like the analysis of I/O or memory usage.

On the other hand, the specific utilization rates during aerobic biodegradation in the continuous industrial operation were lower than those measured in the laboratory, due to the simultaneous presence of the four pollutants in the industrial process (matrix effects) increasing the inhibitory effects of these compounds and its intermediates.

In the above equations, S f is the concentration of 2-CP in the biofilm (Ms L−3); D f is the diffusion coefficient of 2-CP in the biofilm (L2 T−1); k is the maximum specific utilization rate of 2-CP (Ms Mx T−1); K s is the Monod half-velocity coefficient of 2-CP (Ms L−3); K i is inhibition constant for 2-CP (Ms L−3); and X f is the density of biofilm (Mx L−3).

There is no specific utilization data available, though this species is certainly caught by commercial fisheries operating across many parts of its range.

This study is fundamentally ecological in nature; therefore, it was not possible to link specific utilization behavior with individual quits or quit attempts.

This suggests that any incompatibility between the two regulators may be avoided in G9241 by this microbe's specific utilization of each regulator during unique growth environments.

Data on the in vivo specific utilization rates of glucose (CMRglc) and oxygen (CMRO2) by the brain of unanesthetized adult animals are available for six mammalian species [20] for which we have determined total numbers of brain neurons: three rodents (mouse, rat, and squirrel [24], [28]) and three primates (macaque monkey, baboon, and human [25], [27]).