Sentences with phrase «measures of energy transfers»

They are not measures of energy transfers, but of radiative flux (also called forcing).

Not exact matches

The assessment instrument is designed to measure students» understanding of energy at basic, intermediate, and advanced levels and draws on a bank of 372 multiple choice items targeting 14 different key ideas about energy forms, transformations, and transfers.

Energy transfer between the subunits, a measure of cytosolic cAMP concentration -LRB-[cAMP]-RRB-, and compartmentation of the dissociated subunits were monitored by confocal fluorescence microscopy.

Focusing on energy - transfer, they measured the impact on cell lines in a laboratory of 7 substances, the clinically - approved drug stiripentol, 3 natural products — caffeic acid phenyl ester (CAPE), silibinin and ascorbic acid — and experimental pharmaceuticals, such as actinonin, FK866 and 2 - DG.

Once it backed measures for the transfer of American energy - saving technology round the world.

One data point at FLEXX measures exactly one angle and one energy transfer, with a measurement time of several seconds up to several minutes, depending on the sample.

This energy can then be transferred to any other gas molecule in the atmosphere causing it to heat up (that's what heat is — the measure of molecular vibrational energy).

It is possible that Lyman is measuring a transfer of oceanic heat from warm waters to cool waters through circulation changes than increased retention of solar energies?

For instance, radiative transfer models (measuring heat balance) are quite well verified, and accurately predict the rise in the temperature (and hence energy) of the atmosphere as the CO2 level increases.

Given that climate is governed by well established (by consensus) laws on transfer and conservation of energy, and we can measure most of the key flows and modifying factors, it seems unlikely.

A measure of the ability of a substance, or more generally of any physical system, to transfer heat energy to another physical system.

Extensive research measuring the amount of thermal energy that diffuses through the crust have been undertaken and other measurements made of how much energy is transferred to the ocean at hot - spots like thermal vents.

One could barely measure the increase in water temperature if ALL the energy were transferred to the water from the same volume of air.

You seem to think that a measure of radiation from a planet's surface somehow indicates the energy being transferred by such radiation out of the surface.

The radiative heat transfer physics I am using is standard from long before climate science borrowed the incorrect two - stream approximation from astrophysics and made the mistake, from meteorology, of assuming a pyrometer measures energy flux instead of a temperature signal.

Alleyne said: «So, if energy from a colder object can not transfer to a warmer object, please explain how the IR thermometer measured the temperature of the block of ice, especially in light of what the manufacturer Omega states.»

So, if energy from a colder object can not transfer to a warmer object, please explain how the IR thermometer measured the temperature of the block of ice, especially in light of what the manufacturer Omega states.

That gravity is responsible for the 33K in unexplained heating and contrary to the assumptions of the radiative transfer model, increasing the weight of N2O2 in the atmosphere will increase the surface temperature, as more and more molecules are packed into a smaller volume, resulting in a net increase in energy per cubic meter of atmosphere at the surface, which we measure as an increase in temperature.

It is also able to measure VO2 Max, i.e. the maximum rate at which the body can consume oxygen, transfer it to muscles, and use it as a source of energy.