Sentences with phrase «radiated by»

The interest radiated by this statement will determine whether or not the employer will view your complete resume.

Clouds reflect thermal energy radiated by the Earth and with 50 % variable cloud cover clouds can account for close to 90 % of the Earth's greenhouse effect.

Yes the series continues on to infinity but the total power radiated by the system will never go above the input of 524W / m ^ 2, it simply converges on this value.

The problem you are having is most likely where is the energy radiated by the packed snow walls of the igloo coming from?

After 86 iterations the power radiated by the system is equal to the input to one decimal point.

Since you didn't answer I will ask again: Do you think the Stefan - Boltzmann equation is or is not the total power radiated by a surface?

But the fact remains, that the spectrum which is supplying the GHG resonance energies, is akin to that radiated by an ordinary yard brick or a bottle of water, at room Temperature.

A small amount is radiated by CO2, mostly from near the tropopause (Don't think it's small?

This just says that Surface radiation absorbed in the atmosphere + convection from the surface to the atmosphere + absorbed solar radiation in the atmosphere = energy radiated by the atmosphere from the top and bottom.

The energy exchanged amounts to the total energy radiated by the cold object and the energy transfered is always from hot to cold and is simply the difference between the amount the hot object radiates and the amount the cold object radiates — ie the net difference in their energies.

Claim 6: The energy content of the radiation from the Atmosphere to Space approximates the energy radiated by a black body at about 255 K -LRB--18 ºC or -1 ºF).

They act as a thermal blanket, trapping heat radiated by the sun before it is re-radiated from earth's surface back into space.

This would mean that in the Minnett experiment, the absolute SST would drop but the relative temperatures between the SST and the 5 cm depth may well increase for a time because the amount radiated by the ocean must decrease (due to the increased DLR making up the difference) and so convection will tend to increase the 5 cm warmth.

Individually R1 must be less than or equal to DLR and R2 is less than the energy radiated by the ocean according to S - B.

This effect has been proven theoretically by the absorption of certain wave lengths of heat that are radiated by the earth.

It is considered a greenhouse gas as it traps heat (infrared energy) radiated by the Earth into the atmosphere and thereby contributes to the potential for global warming.

Additionally, while nearly 80 percent of the sunlight reflected from a roof can escape to outer space, the «thermal infrared» energy radiated by a hot, dark roof is trapped by greenhouse gases, such as CO2 and water vapor, warming the atmosphere.

Also forgotten is the 50W radiated by each human's basal metabolic rate, plus the heat of condensation of the water in each breath when cold enough.

To prove the point, they measured the heat radiated by a silicon nanofibre with a diameter of 500nm, which is much smaller than the wavelength of thermal radiation.

Well why would the energy radiated by a black body be dependent on the ambient temperature?

Of the 2 W radiated by the earth, exactly 1/2 of that is reflected back, which is made clear by the short 1 W arrow.

But herein lies a problem, the tropopause is too cold to radiate the 165 watts / sqM the Kiehl and Trenberth model say is radiated by the atmosphere.

If the temperature of the air as function of the optical thickness is smooth, then 80 % of the photons radiated by the air and reaching the cosmos originate from a layer of thickness 1.07 near the «top of the air».

Figure 6 - D) Pressure (in atm) of the level above which 80 % of the photons radiated by the air and reaching the cosmos are produced

And 80 % of the photons radiated by the air to the surface come from a layer of optical thickness 1.07 near the surface.

Qradiation is the energy radiated by the warm object S is the Stefan - Boltzmann constant A is the surface area of the warm object Ts is the absolute temperature of the warm object (the Earth) Ta is the absolute temperature of the surrounding medium (ambient temperature of the atmosphere)

One calorie of energy radiated by any wavelength is defined equally.

The water molecule has a permanent dipole moment which gives it a rotational mode that has an effect on most of the IR spectrum radiated by the Earth as well as vibrational modes that only operate on specific wavelengths.

We humans feel the heat radiated by the Sun and other systems with a higher temperature because our bodies contain 55 - 75 % of water.

Most of the remaining 82 % is radiated by water vapour molecules from various heights in the atmosphere (depending on wavelength) and the surface of the earth (particularly at wavelengths around 10 micron where the atmosphere is almost transparent).

The rate of energy radiated by a block body at temperature T Kelvins is proportional to the fourth power of T and the surface area A of the black body.

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.

If the footsoldiers of anti-precarity were looking for a righteous banner to march under, then the urgency and missionary purpose radiated by radical sustainability would fit the bill...

This analysis shows that the IR quantum / waves emitted from the surface towards the atmosphere and the isotropic IR quantum / waves radiated by atmosphere lose energy by the effect of gravity, -LSB-...]

Stefan So, skipping past the bulk of the answer that avoided the question, you're saying you DO accept that GHGs absorb longwave, including longwave radiated by the earth, and that they therefore trap heat, which results in the earth being warmed?

The absorptivity / emissivity of surfaces may get more clearly less than one at the lower end of the LWIR region, i.e. around 4 - 5 um but that has very little influence on the energy radiated by Earth surface, because most of the energy is radiated at longer wavelengths anyway.

The key thing to take away from this is that satellites measure radiance: energy radiated by the atmosphere as microwaves.

Most of the heat radiated by the surface is absorbed by trace gases in the overlying atmosphere and re-emitted in all directions.

In the presence of diffuse light, plants photosynthesize more efficiently and can draw more than twice as much carbon from the air than when radiated by direct light.

lastly, a point that I made in arguments is that 70 % of the IR radiated by CO2 hits the ocean and is used up in latent heat transfer associated with evaporation.

1) Can the IR radiated by CO2 to the surface of the ocean that is captured as latent heat and transferred to the TOA via evaporation, be released at different wavelengths??

I don't know why you're think that — the surface gets a lot of energy from IR radiated by the atmosphere.

David Appell, «I don't know why you're think that — the surface gets a lot of energy from IR radiated by the atmosphere.

99.96 % of dry air consists of gases that are about as transparent to the heat radiated by Earth to space as glass is to visible light.

In other words, greenhouse gases don't retain heat themselves, but rather redirect outgoing energy radiated by the surface and lower in the atmosphere, thereby delaying it's ultimate escape to space.

Are the episodes thought to be actual changes in the amount of heat being radiated by the planet (because the surface of the ocean gets warmer and cooler, does the actual infrared flux from the top of the atmosphere then change as a result)?

(P6.2 lesson) 4.6.2.1 - Types of electromagnetic waves (P6.6 lesson) 4.6.2.2 - Properties of electromagnetic waves 1 (P6.7 a lesson) 4.6.2.3 - Properties of electromagnetic waves 2 (P6.7 a lesson) Required practical (P6.7 b lesson)- investigate how the amount of infrared radiation absorbed or radiated by a surface depends on the nature of that surface.

Infrared heat is radiated by the cedar wood and will warm your feet, help with your joints and increase sweating.

Astronomers believe that supermassive, central black holes generate the radio, X-ray, and gamma - ray energy radiated by active galaxies such as Centaurus A, as well as quasars like SDSS J1030 +0524.

Perhaps those who would repeal the Stefan Boltzmann constant in the formula for the energy radiated by a black body, might try to profit from their findings, as well.