Sentence examples for generating a pressure from inspiring English sources

The aerosol performance of each device was assessed using a next generation impactor (NGI) at airflow rates generating a pressure drop of 4 kPa across the DPI.

In this approach, a fuel mass is compressed rapidly to densities 1,000 to 10,000 times greater than normal by generating a pressure as high as 1017 pascals (1012 atmospheres) for periods as short as a nanosecond (10−9 second).

The most common method of generating a pressure pulse signal is by interrupting the drilling and continuously switching the mud pump at a fixed frequency.

The assembled device consists of a closed poly(dimethylsiloxane) (PDMS) micro-chamber in which H2O2 dismutation occurs by an artificial catalase (ACat) system, evolving oxygen and generating a pressure gradient.

The initial shockless compression steepened into shock in the microscaled laminates generating a pressure pulse duration of several tens of nanoseconds, which induced strain rates varying from 107 to 108 s−108

There are multiple inflow/injection control device (FCD) geometries commercially available with varied focus on specific operational risks or methods of generating a pressure drop (Fripp and Dykstra 2013; Fripp et al. 2015; Garcia et al. 2009; Loretz and Hosatte 2007; Russell et al. 2013a, b).

Moreover, unlike their polymeric counterparts these structures were found to be capable of blocking electroosmotic flow, thereby generating a pressure-gradient around their interface with an open microchannel upon application of an electric field across the microchannel membrane junction.

Dr. Capasso calculated that if the two plates could be nudged within 1/ 500,000th of an inch of each other, the Casimir Effect would generate a pressure of about 14 pounds a square inch -- the air pressure of the atmosphere at sea level.

This apparatus can generate a pressure in the reaction volume of more than 8 GPa [9, 10].

A 1 mL injection in 10 seconds (360 mL/h flow rate) generated a pressure of 24.0 ± 3.4 kPa, whereas 10 mL delivered in 10 minutes (60 mL/h flow rate) generated a pressure of 7.4 ± 7.8 kPa.

The PZT probe would generate a pressure wave directly stimulating perilymph in the cochlea to provide acoustic stimulation.