Sentence examples for patterns of air from inspiring English sources

Air quality monitoring networks play a significant role in identifying the spatiotemporal patterns of air pollution, and they need to be deployed efficiently, with a minimum number of sites.

These experts are especially concerned that new patterns of air movement in the Arctic could disrupt the Northern Hemisphere's jet streams — which are apparently weakening and moving northward.

The new work for six women from her company, JODY SPERLING/TIME LAPSE DANCE, is derived in part from patterns of air disturbance that Ms. Sperling will solidify into choreography filled with spirals, ripples and waves.

(Anderson 20110616 ★ Jody Sperling/Time Lapse Dance (Wednesday and Thursday) "Turbulence," a new work for six women to music by Quentin Chiappetta, attempts to transform patterns of air disturbance into choreographic shapes.

(Anderson) ★ Jody Sperling/Time Lapse Dance (Friday and Saturday) "Turbulence," a new work for six women to music by Quentin Chiappetta, attempts to transform patterns of air disturbance into choreographic shapes.

The wind and pressure systems of the Pacific conform closely to the planetary system the patterns of air pressure and the consequent wind patterns that develop in the atmosphere of the Earth as a result of its rotation (Coriolis force) and the inclination of its axis (ecliptic) toward the Sun.

For large-scale households, the integrated usage patterns of air-conditioners (electric heaters) keep relatively steady on regular days with identical maximum temperature [29, 30, 31, 33].

Mr. Bacon said the Russian actions fit a recent pattern of air training and surveillance and suggested that Moscow remains trapped in "cold war thinking" despite the collapse of Communism and the end of the nuclear arms race.

Randy Baseler, vice president for Boeing's commercial aviation arm, said today that the Airbus A380 goes against the growth pattern of air travel, which he argued was moving away from giant aircraft on long multistop routes and toward smaller point-to-point flights.

By analysing a tiny change in frequency, called the Doppler shift, caused when the pulses bounce off moving raindrops, it is possible to work out how fast the drops are moving and hence the pattern of air movement in front of the aircraft.

Solutions are expressed both in terms of the dimensionless Kirchhoff potential θ (increasing monotonically with capillary pressure and air saturation also) and the dimensionless Stokes stream function F (mapping the pattern of air flow).