Sentence examples for a heated material from inspiring English sources

The reason a heated material glows is that electrons in its atoms have been given extra energy, then drop back to a lower level, losing the energy as a photon of light.

The purpose was to quantitatively evaluate the amount of heat that passes through the lead wires of a thermistor while it is measuring the surface temperature of a heated material.

It is concluded that the reduced pressure environment results in smaller convective heat losses from the heated material to the surroundings, allowing for the material to heat more rapidly and pyrolyze faster.

Reduced pressure environments result in: (1) shorter ignition times mainly due to reduced convective heat losses from the heated material to the surroundings, allowing for the material to heat more rapidly and pyrolyze faster; (2) a lower fuel mass flux at ignition, due primarily to a thicker thermal boundary layer and a thicker fuel species profile.

But Peumans says that the technology has a trade-off: because the heated material and solar cell are placed so close together, it's not possible to put a filter between them to help tune the wavelengths of light that reach the solar cell.

In the first scheme, a sample material is uniformly and isochorically heated by the beam and the heated material is subsequently allowed to expand isentropically.

But the heated material melted the glacier and sent a mixture of ice and water careering down the hillsides at 50 kilometres an hour.

MTPV's innovation is a method to increase the flow of photons from the heated material to the solar panel by 10 times compared with typical thermal photovoltaic systems, which could make its systems smaller, less expensive, and practical at lower temperatures, says Robert DiMatteo, MTPV's CEO.

In a conventional TPV system, most of the photons generated in the heated material are reflected back into the material when they reach its surface; it's the same phenomenon that traps light in fiber-optic cables.

Pull the heated material from the hearth once it takes on a yellow-orange hue and put it on an anvil.

In his work first as a student at MIT and later as a researcher at Draper Laboratories, in Cambridge, MA, DiMatteo found that putting the heated material extremely close to the solar cell allowed far more photons to escape a given area of the material and be absorbed by the solar cell.