Sentence examples for peak absorption rate from inspiring English sources

The peak absorption rate and absorption frequency increase with the increase of leg width.

As the spacing increases, the increase of peak absorption rate and absorption frequency becomes slower.

The peak absorption frequency decreases to 2.64 THz when n = 1.5; however, the peak absorption rate decreases to 22.8%.

The peak absorption rate decreases to 65% at 4.1 THz when n = 0.9 and then increases to 90% at 3.5 THz when n = 1.

It can be seen from Fig. 2a, b that the peak absorption frequency and peak absorption rate decrease when n increases from 0.5 to 0.9.

The peak absorption rate increases when n = 1.3~1.5 and then decreases when n = 1.5~1.7 due to increasing rotation angle.

When n = 1.1 and n = 2.1, relatively high-peak absorption rate and low absorption frequency are obtained.

Furthermore, inclusion of half a cycle of a sine function to describe the peak in absorption rate constant (Eqs. 3 and 4) resulted in a peak at 14 59 and an amplitude of 0.056 min−1 (increase of 106%) and an onset and offset of the peak at 14 12 and 15:45, respectively.

The impact of particle size on dissolution and resulting absorption rate and subsequent peak plasma concentration (Cmax) can be illustrated by the 2-fold increase in peak plasma concentration (Cmax) observed for a poorly soluble selective glucocorticoid modulator (SGRM) as primary particle size decreased from 3.1 μm to 1.3 μm (Olsson & Bäckman 2014).

Insulin glargine (glargine, Lantus®), a long-acting basal insulin analogue, available in the UK since 2002, has a prolonged and predictable absorption rate over 24 hours, without peak effects [ 12].

Twenty five µl was injected into the column, and formed complexes were eluted at a flow rate of 40 µl/minute and detected as peak absorption at 280 nm.