Sentence examples for min reduction from inspiring English sources

In a multivariate linear regression incorporating multiple confounders, there was a nonsignificant reduction in the geometric mean LOS in rotational patient assignment vs. physician in triage (204 min vs. 217 min; reduction of 6.25%; 95% CI -3.6% to 15.2%).

The first type of surface results from a 5 min reduction of a wüstite FeO surface oxide layer and provides smooth micrometer scale pores with a Gaussian distribution size.

The presence of resorcinol (Dissolved Organic Carbon: 10 mg L−1) reduced the treatment time by 10 min; whilst a 15 min reduction was observed in SEWWTP and the final pH returned to neutral.

Reduction temperature and reduction duration affect H2S concentration, a vital parameter for CCF synthesis, and CCFs form in only a narrow reduction and synthesis temperature range of 650 °C ± 50 °C with greatest coil yields observed at 650 °C and following reduction durations of between 1 and 20 min with greatest coil yields observed after a 10 min reduction.

With increasing reduction time in the process of the sample preparation, the relative intensity of the down field peak is increased from 0.17 (20 min reduction time) to 0.53 (20 h reduction time), although that of the up field peak stays almost constant.

(a) Silver nitrate solution, (b) after the 10 min reduction of silver nitrate, and (c) 1 h reaction time.

However, after treatment with ClO2 for 5 min, reductions of S. enterica were significantly greater (P ≤ 0.05) than reductions after treatment with water or NaOCl.

Five, 10 and 15 years of experience were associated with 33.74, 57.02 and 69.82 min reductions in operative time, respectively, equating to 18.51%, 31.28% and 38.30% reductions (table 3).

Bacterial loads in cultures treated with λSa2 endolysin decreased within 30 min, and by 60 min, reductions in bacterial concentration ranged from ~1.5 log10 (CFU/ml) at 25 ng/μl λSa2 endolysin to ~2.5 log10 (CFU/ml) at 250ng/μl λSa2 endolysin.

Atmospheric-pressure DBD cold plasma is a fast and facile method (just 6-min reduction) for fabricating high-performance Pd/Al2O3 catalysts using Pd(NO3 2 as Pd precursor.

The advantage of a 3-min reduction in the life cycle is substantial, approximately 4 dbl/hr (see Methods).