Sentence examples for material generating a from inspiring English sources

Supernova remnants are caused when the debris thrown outwards by the explosion crashes into surrounding material, generating a shell of hot gas and high-energy particles that glows brightly in X-rays, radio waves and other wavelengths for thousands of years.

In the case of this more abstract and complex material, generating a visual explanation benefited both low spatial and high spatial participants even if it did not bring low spatial participants up to the level of high spatial participants as for the bicycle pump.

We refer here to CARS as a special case of Four Wave Mixing (FWM) where three incident fields, two with degenerate frequency ω1 (pump/probe beam), and a third with frequency ω2 (Stokes beam), interact through the third-order susceptibility of the probed material, generating a blue shifted fourth field at the anti-Stokes frequency ωAS = 2ω1- ω2.

When mechanically stressed, a piezoelectric material generates a voltage that can be used to produce electrical current; a current can also be converted back into mechanical movement.

The surface of the pellet is ionized by the driver beam, and ablation of the ionized material generates a large inward force on the pellet.

Under cathodic polarization, this material generates a stable cathodic photocurrent but functions as photoanode when anodic polarization is applied.

Elastic materials such as springs retain equilibrium because their material generates a restoring force towards the natural length.

In 1980 the existence of microbial heating in F. polyctena mounds was confirmed in an experiment showing that in the absence of ants non-sterilized nest material generated a substantial amount of heat but sterilized nest material generated almost no heat.

Published: April 3, 2008 The ubiquity of DNA as the genetic material generates a spatial dilemma: compact and organize a molecule at least a thousand times longer than the cell or nucleus that contains it and yet retain the ability to use it.

The encapsulation/decapsulation of CH4 was also demonstrated with trapdoor r2KCHA and supramolecular p-t-butylcalixarene and visualized by igniting the CH4 being evolved from the materials, generating a sustained or abrupt flame, respectively (Supplementary Movies 1 and 2). Figure 6: Physical storage of H2 by encapsulation without sustained external pressure.

In the 3D band structure analysis, the designed material generates an ultrawide low frequency band gap, similar to the results of the 2D case.