Sentence examples for conduction distance from inspiring English sources

With an assumed conduction distance of 25 mm from the stimulation site to the caudal medulla the recorded units were concluded to be driven by slowly conducting Aδ and/or C-fibres from the dura mater.

By increasing the number of the ribs in the metallic interconnects (MIC) and reducing the gap between the ribs, the lateral conduction distance at the cathode can be decreased, and as a result, cell performance can be improved by more than 30%.

These findings suggest temporal response influences due to conduction distance and/or synaptic distance.

The conduction distance was measured along the course of the nerve from the recording electrode to the sciatic nerve electrode.

Note the low impact of the stimulation site (or peripheral conduction distance) and the very high impact of the basal skin temperature (Fig. 8B).

The latency value of the responses was used to determine the conduction velocity of afferent inputs after making allowance for the conduction distance (∼50 mm) and 1 ms for the central synaptic delay, the delay in activation of the peripheral axons and the narrowing of afferents in the trigeminal spinal tract.

As one might expect, a double pain sensation is not as apparent at more proximal locations (e.g. the face) where the conduction distances are short [26].

Time-to-peak values for the early and late phase are similar to those reported previously, although they seem shorter in these experiments, likely due to differences in conduction distances since the previous experiment's stimuli were applied to the hand and here to the face.

Conduction velocities of recorded units were estimated from conduction latency values recorded between electrical monopolar stimulation (up to 30V for 0.5 msec at 0.3 Hz) of their receptive field and the onset of evoked action potentials, and conduction distances were estimated along the nerve between the stimulation and recording sites (31).

Carbon nanotubes, in different forms and architectures, have demonstrated good promise as electrode material for Li-ion batteries, owing to large surface area, shorter Li-conduction distance and high electrical conductivity.

The sensory action potential (SAP) amplitude (maximum deviation of the electrical response) and conduction velocity (distance divided by onset latency) were measured.