Sentence examples for maximal load of from inspiring English sources

A software-based limit switch was implemented to ensure a maximal penetration depth of 200 μm and maximal load of 1.5 N.

The goal is to locate certain number of PSFUs in the given network in order to minimize the maximal load of established emergency units.

Subjection of the tissues to a maximal load of 20 kPa induces a similar increase in compliance in the MIadjacent and MIremote compared to the matched regions in SHAM; as anticipated, scar tissue has a significant reduction in compliance (Supplemental Fig. 2B).

The load and displacement were detected simultaneously as it reflected by load-displacement nanoindentation curve on Fig. 1a for maximal load of 10 mN and loading-unloading rate of 20 mN/min.

Four fractions, marked as 1, 2, 3, and 4 in Figure 2, were collected for further characterization using the semi-preparative column with a maximal load of 0.3 mg of the isolate per injection.

The trapezoidal load-displacement curves (as those shown in Fig. 1 for As40Se60 and Ga3(As0.40Se0.60)97 glasses) were detected simultaneously for maximal load of 10 mN and loading-unloading rate of 20 mN/min, the dwell time at maximal loading being set to 15 s.

Inspiratory occlusion produces a maximal load on the pumping action of the respiratory muscle and has been reported to elicit somatosensory respiratory related evoked potential (RREP) in humans (Davenport et al., 1986; Davenport et al., 2000) and lambs (Davenport et al., 2001).

For example, loading the poorly-soluble anticancer drug camptothecin into 70% porous MSN, the 1.7 mg ml−1 drug-dimethyl sulfoxide solution will give a theoretical maximal loading of 0.2% wt.

Mechanical testing demonstrated that PHBHHx scaffolds had comparable mechanical properties to rat tendon, with maximal loads of 23.73 ± 1.08 N, compared to 17.35 ± 1.76 N in undamaged rat Achilles tendon.

Mechanical tests showed that the PHBHHx nerve conduits had proper mechanical properties including maximal loads of 3.1 N and 1.3 N for the conduits with non-uniform wall porosity and with uniform wall porosity, respectively, and maximal stresses of 2.3 MPa and 0.94 MPa for the conduits with non-uniform wall porosity and with uniform wall porosity, respectively.

RNA hydrolysis is therefore a necessary step when maximal loading of the capsid interior is desired.