Sentence examples for monitoring of drop from inspiring English sources

Monitoring of drop impact damage is necessary because it produces invisible damage in composite materials without any visible mark on the surface.

A recently developed experimental configuration using a laser diffraction technique suitable for on-line monitoring of drop size distributions, showed increased sensitivity in measuring the small diameter drops.

Monitoring of drop impact damage was carried out on Woven Glass Fibre Reinforced Polymer (WGFRP) composite laminate through Acoustic Emission (AE) technique.

The initiators envisaged that the function of care coordinator would play a pivotal role in multidisciplinary discharge planning, follow-up and in the prevention and monitoring of drop out.

Frederick C. Bock, a retired scientific researcher who piloted one of the planes monitoring the drop of the atomic bomb on Nagasaki, Japan, in August 1945, died on Friday at his home in Scottsdale, Ariz.

Since the Nagata version of rate-state friction was found to have more strength loss for a longer time prior to an earthquake compared with the prediction by the widely used Dieterich law (Kame et al. 2012a), it may be worth mentioning how the feasibility of acoustic monitoring of the precursory strength drop would be affected if the Dieterich law is used instead.

A thin film thermocouple of 2 μ in thickness is directly deposited on the epoxy resin substrate to monitor rapid drop of the surface temperature under the pulsed sprays.

John Mainstone and the late Thomas Parnell of the University of Queensland won the physics prize for patience: Since 1927, the team (and helpers) has monitored one drop of sticky black pitch dripping through a funnel every 9 years to demonstrate that seemingly solid pitch is actually a liquid.

In the near future, not having behavioral detection systems present will be seen as a danger and liability, especially as the cost of monitoring technology drops and advanced surveillance becomes even more affordable.

This is in itself a significant argument for implementation of "drop in" gastroscopy as a permanent service, but it requires monitoring of possible undesirable effects.

Details of drop formation, drop flow patterns and jet evolution were monitored in real-time by an ultra-high-speed digital CCD (charge couple device) camera.