Sentence examples for steady surface from inspiring English sources

The results show a fairly steady surface circulation in the western Mediterranean and a somewhat stronger seasonal signal in the surface circulation of the eastern Mediterranean.

Steady surface temperatures of 1800 2900 K are achieved after ∼1 min for irradiances of 0.25 1.0 kW/cm2.

(Turning the thing can get pretty ungraceful, so try not to be photographed right now, and don't try to turn the turkey at oven level unless you're wearing a truss. Instead, lift the pan from the oven rack, closing the oven door with your left heel; place the pan on a steady surface and wrestle the bird to its other side however you can).

When air blows over a closed channel of water a steady surface velocity develops, as part of a flow extending to the channel bed.

Thus, we might expect to obtain the most reliable joint properties if the time-dependent change of the OSEE signal is minimal, and the reported observations on changes of the OSEE signal are important for the surface quality assurance during the adhesive bonding or coating process, based on reproducibly and reliably achieving a steady surface state of the steel substrates.

It can wrap around virtually anything, like a railing or tree branch, to give your camera a steady surface in order to take clean images.

And when you move on a steady surfaces -- treadmill belts, hardwood floors, stationary bikes -- as opposed to more varied outdoor terrain, you miss hitting a lot of smaller, tertiary muscle groups that provide for a more resilient and balanced physique.

Analysis of calculated results indicate that a quasi-steady surface area assumption tends to underpredict surface species concentrations, especially at late conversions, but can overpredict these concentrations at early conversions.

Thermography is used to examine the steady state surface temperature profiles of the horizontally oriented panels operating with internal fluid flow and external natural convection.

In the best-known message, Phil Jones, a climatologist of the University of East Anglia, refers to a "trick" in a graph produced a decade ago showing 1,000 years of essentially steady global surface temperatures followed by a sharp upward spike in the 20th century, seemingly corresponding to increased levels of carbon dioxide in the atmosphere.

Later on, a steady state surface concentration of pits is established after some characteristic time decreasing with the electrode potential and with the chloride concentration.