Sentence examples for conduit section from inspiring English sources

Both mass production technique of strand having high critical current enough to recover the degradation and also trial fabrication of the ITER-TF cable and conduit section were successfully performed.

Finally ("Link between pulses and magma fragmentation events in the conduit" section), the expansion dynamics of the Eyjafjallajökull jets are compared with pulses generated by large-scale experiments and inferences for real-time monitoring systems are briefly discussed.

Without a closing mechanism, the steady-state conduit cross-section grows infinitely large over time.

We present a lower (low: discharge Q=10 m3 s−1, basal ice velocity ub=300 mand) and an upper (high: Q=100 m3 s−1, ub=1 ma−1) scenario for the conduit cross-sections without (red) and with (blue) including ice advection.

P p and M p are the compressive strength and plastic moment capacity of the predefined conduit wall sections, respectively, and are shown in Table 2 and Figure 4.

Fig. 3 SEM images of PSHU-RGD/PCL conduit: a cross section with the embedded sucrose fibers, b cross section with microchannels after dissolving out sucrose fibers, c longitudinal section showing highly aligned nanofibers inside the microchannels, and d fiber angle distribution inside the microchannels normalized to 0°.

SEM image analysis of the conduit's cross section showed that the sucrose fibers were successfully embedded within the conduit (Fig. 3a).

A section of conduit artery (~500 μm diameter), from half way down the main artery running the length of the left lung lobe, was dissected out and mounted between two pins in a small vessel myograph chamber (Danish Myotechnology).

Regarding the special serviceability criteria for railway bridges, for computing the minimum depth of cover, the permissible settlement of the railway track and the buckling of the conduit walls in different sections along the longitudinal axis of the bridges in 3D analyses were controlled.

The U.S. State Department has been tasked with the final decision on the pipeline's cross-border northern section, a risky conduit between the carbon intensive Alberta tar sands and further global climate disruption.

One such measurement technique for obtaining a high density of flow field variables with high time resolution is in the form of electrode-mesh sensors (WMS) which measure the local instantaneous electrical conductance of a flow at a large number of positions, typically in the cross-section of a conduit at frequencies up to 10 kHz.