Sentences with phrase «radiated energy»

That the radiated energy from cold ice can heat a warmer object to a higher temperature than it was before....

It is not the same as the GHE, it is using reflected instead of radiated energy, but works on the same general principle.

That the radiated energy of cold ice contributes to slowing heat loss from a person is not disputed.

That the radiated energy of the GHGs makes the earth warmer than it otherwise WOULD have been is not disputed.

The spectral distribution is characterized by specifying as a function of frequency the amount of radiated energy per unit frequency.

Of course the energy transported to the upper troposphere (for example) is then radiated to space, and is counted in that radiated energy.

That's why there is a graph showing how absorbed energy and radiated energy «change» (don't change) as we vary the heat capacity.

With regard to LC effect on surface temperature, I would think that to the extent that there's any validity in the «climate sensitivity» approach — that is to say, that a change in average surface temperature can be said to cause a proportional increase in radiated energy at TOA — it should be possible to adjust the standard formula to allow for such an effect.

In any event those changes in the temperature of the Earth as a whole are tiny as a result of the rapid modulating effect of changes in the speed of the hydrological cycle and the speed of the flow of radiated energy to space that always seeks to match the energy value of the whole spectrum of energy coming in from the sun.

Its a lot like Hypothesis B except the radiated energy lost by the ocean (which cools it) is partly made up of that re-radiated DLR.

Hmm, when the temperature increases a bit, this causes an increase in radiated energy of a bit plus a bit more in a way that's dependent on the starting temperature but not so much that you would really notice, and the increase could get funded by the change in conducted heat through the bulk so long as we change the temperature of the other side of the bulk by at least, well, let's say a lot more, or at least a little more than when we did the experiment last time..»

Furthermore the Sun has a large amount of convected matter and radiated energy flowing outwards from its core.

«To claim that since the shell «must» radiate inwards and outwards, that the surface necessarily will be heated to twice the 235 W level, since it is already at that temperature, and will also receive that amount of radiated energy is mindboggling.

Indeed, because there is no energy input to the system, the temperature will decay as a function of the reflected and radiated energy.

However since the Sun is so hot, most of the radiated energy is situated in the visible portion of the spectrum.

Prof Claes Johnson has now read my Radiated Energy and the Second Law of Thermodynamics prior to publication and has commented «Doug Cotton is one of the few people who have read and understood my analysis of blackbody radiation and radiative heat transfer and I fully endorse his essay.»

The radiated energy in a vacuum flask passes directly from one wall to the other and is unlikely to affect the temperature of the few molecules of air that remain in the near perfect vacuum.

OK, the earth gets hotter — how much is not said but let's assume the temperature rise doesn't appreciably change the spectral distribution of the energy radiated by the earth (the body enclosed by the glass)-- that is, the temperature rise is small enough that the radiated energy is still predominately in the IR band.

My counter argument is in my peer - reviewed paper «Radiated Energy and the Second Law of Thermodynamics» published on several websites in March, 2012.

The warmer body cools more slowly as a result because a ready source of energy from incident radiation is quicker to just «reflect» back into the atmosphere, rather than have to convert its own thermal energy to radiated energy.

Within about 24 hours there will be a new paper Radiated Energy and the Second Law of Thermodynamics at http://principia-scientific.org/

Simply put, if we see an increase of 1.4 % in radiated energy, we see a strong stabilizing effect on global temperatures.

According to the GHE the radiated energy from TOA would fall because of the» trapped» heat.

(If the average temperature of the atmosphere rises from 20C to 21C (293K to 294K or.3 %), the radiated energy increases by 1.4 %.)

Thermoses are designed to include reflective material on the inside to take the radiated energy from the liquid and reflect it back.

If adding GHGs reduces the output of radiated energy to space and raised the temperature per the GCMs, then Wien's law which dictates the energy out, doesn't work.

One is that the mechanism for the GHG warming is that the radiated energy from the air is absorbed by the GHGs to heat the GHG molecule to 900 + degrees, then the energy is released within microseconds and a few centimeters back to the air by collisions with the air, to return the air & GHGs to equilibrium temperature.

Hence, the combination of the downwelling longwave reradiated back out and the shortwave energy converted to longwave radiated energy should signify a major imbalance in which the total energy balance is maintained; however, the character of the measure has now changed significantly.)

Re # 78 and -LSB-[The most compelling arguments to me are from the variablility of the earth's orbit around the sun and the Sun's variable output of radiated energy.]-RSB-

The major physics at play here is that as long as there is less outgoing radiated energy than incoming, temperatures must increase until we are back at equilibrium.

Since the oceans are massive heat sinks, they cause delays (around a decade or more) in observed temperature changes from changes in radiated energy from the sun.

Duration: Approximately 30 mins 24 slides covering: • The Sun's Energy • Transfer of Energy • Radiation • Conduction • Convection • Uses of Radiated Energy • Life on Earth • Winds • Ocean Currents • The Water Cycle

Norbert Schulz and Nicola Omodei discuss the recent detection of a dying star igniting the most powerful blast ever seen — something so powerful it radiated energy that was 500 million times that of visible light and how scientists have discovered that a familiar sight in the skies is actually our earliest view yet of a star being consumed by the remnant of a nearby exploded star.

On Feb. 5, 2014 a special hangout focused on the recent detection of a dying star igniting the most powerful blast ever seen — something so powerful it radiated energy that was 500 million times that of visible light.

The simulations showed that the black holes radiated energy so intensely that they heated surrounding gas far into space — as far as 10,000 light - years away (see a movie here (22Mb)-RRB-.

At their core, they are people who bring out the best in others by supporting and leading in such a way that they radiate energy.

Radiate the energy that you want to receive back from the people around you.

Hawking comes up with things such as his theory that blackholes can radiate energy and since we don't have any blackhole sitting around to test his theory it remains unchallenged until a physicist of equal standing challenges it.

Cecile Andrews, author of the widely used book The Circle of Simplicity, radiates energy and enthusiasm for her ideas and her region.

Both are gifted with a radiating energy, an enormous working power and discipline, at the same time being friendly and hospitable.

I'll chat with the other mothers on the playground as we watch our kids jump and run, their bodies radiating energy and happiness.

I'll chat with the other mothers on the playground as we watch our kids jump and run, their bodies radiating energy and -LSB-...]

Astronomers previously thought that this type of «ultraluminous X-ray source» was likely to be made up of black holes five to 50 times more massive than our sun, radiating energy as they pull in nearby matter.

The same greenhouse gases that trap heat in the lower atmosphere allow the stratosphere to more effectively radiate energy into space.

That means black holes do not just suck everything in — or accrete, as they call it scientifically — but in fact they must radiate some energy out.

«A gas at millions of degrees also radiates energy; much of it is emitted in the form of very high - energy x-ray photons.

Neutron stars usually spin very rapidly, so the asymmetric distribution of mass would deform space - time and produce a continuous gravitational - wave signal in the shape of a sine wave, which would radiate energy and slow down the star's spin.

A black - hole merger occurs when two black holes start to spiral towards each other, radiating energy as gravitational waves.

The cooling mechanism involves the absorption of heat by the haze particles, which then emit infrared radiation, cooling the atmosphere by radiating energy into space.

This produces enough radiating energy to support the star's increasing weight — until iron forms.