Sentence examples for uniform volume from inspiring English sources

As the Count di Luna, Bruno Caproni showed his voice to be a sizable instrument with considerable heft but limited expressivity, pumping out everything at uniform volume.

Mercury does not wet glass or cling to it, and this property, coupled with its rapid and uniform volume expansion throughout its liquid range, makes it useful in thermometers.

Its low melting point (−38.87 °C [−38 °F]) and boiling point (356.9 °C [674 °F]), high specific gravity (13.5 grams per cubic centimetre), uniform volume expansion over the entire range of temperatures in its liquid state, and high surface tension (so that it does not wet glass) make it useful for the measurement of temperature in thermometers and of pressure in barometers and manometers.

In the microwave process, the microwave energy is absorbed directly by a sample, leading to a uniform volume heating without thermal gradients within the material.

Here we report surprisingly relatively uniform volume expansion behavior of large aspect-ratio (∼25), well-patterned, n-type (100) silicon micropillars (∼2 μm diameter) during the initial lithiation.

The generation rate of organic micro-bubble was 40 numbers per second with the uniform volume controllable, ranging from 214 pL to 855 pL.

(This is the first in a series of twenty-five uniform volumes that will reproduce Schulz's entire daily oeuvre).

Stewart Laing's design and Mimi Jordan Sherin's lighting create a series of unforgettable images, including the sulphurous hell of the ship's stokehole, the ghoulish parade of the masked New York bourgeoisie and the antiseptic orderliness of the union headquarters, with its uniform volumes stacked on underpopulated shelves.

They are prepared usually by compressing uniform volumes of powder mixtures consisting of active pharmaceutical ingredient (API) with suitable excipients such as diluents, binders, disintegrating agents, glidants, lubricant, taste maskers, etc.

However for future work and indices associated with phenological crop phases, we also simulated daily precipitation patterns by downscaling the monthly precipitation to daily precipitation while maintaining simulated rainfall footprints being realistically irregular with non-uniform volume throughout the footprint.

In this paper, the multiple reciprocity method in BEM analysis is employed to treat the general 2D thermoelasticity problem when the thermal loading is due to an internal non-uniform volume heat source.