Sentence examples for detection of pressure from inspiring English sources
One of these sensors is a piezoelectric polyvinylidenefluoride (PVDF) film which can be used for the detection of pressure changes.
Sharks have evolved to use other senses (smell, detection of pressure waves caused by their prey and small electrical sensing organs called Ampulae of Lorenzini); they do not use vision to hunt for food.
Chapters on the early detection of pressure ulcers, negative pressure therapy, pressure ulcers in pediatric patients, adjunctive therapies, surgical management of pressure ulcers, and innovation in pressure ulcer research and practice are included.
He describes introspection as "completely non-inferential", similar to the simple detection of pressure on one's back (1968, 97), and he says it can be (and presumably typically is) continuous and "reflex", involving no more than keeping "a watching brief on our own current mental contents, but without making much of a deal of it" (1999, 115).
Direct ICP monitoring allows early detection of pressure changes and can guide treatment of elevated ICP.
Early detection of pressure ulcer has been emphasized because it could prevent skin alteration from progressing to skin loss.
Acoustic detection of pressure-induced spinodal phase separation is predicted using an integrated compressible polymer solution thermodynamic-multi transport model and by calculating sound speed and attenuation under pressure conditions that gradually approach the pressure-induced (PIPS) phase separation conditions from the stable state.
Despite the detection of pressure-induced differences in growth and hydrocarbon utilisation (Schwarz et al.[1974], [1975]), most reports have investigated oil biodegradation only at surface pressure (0.1 MPa) (Cui et al. [2008]; Tapilatu et al.[2010]; Wang et al.[2008]), and corresponding results may not be applicable to the deep sea.
The relatedness of the two species means that any non-adaptive sequence differences are likely to be minimal, allowing the easier detection of pressure-adapted variations.
In particular, high sensitivity (40.8 kPa−1) for the low pressure response allows the detection of internal pressure generated by muscle movement.
Moreover, the diagnosis of pre-hypertension rests exclusively on the detection of blood pressure over a certain range at rest (systolic pressure >120 and <140 mmHg), rather than on a biochemical marker.
