Examples of using Longwave in English and their translations into Indonesian
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It then reradiates to space as longwave radiation.
Absorption of this longwave radiant energy warms the atmosphere.
Has the ability to selectively absorb radiation in the longwave band.
Earth's longwave thermal radiation intensity, from clouds, atmosphere and ground.
The greenhouse gases absorb and reflect this longwave radiation.
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However, a significant fraction of the longwave radiation emitted by the surface is absorbed by trace gases in the air.
In the 1940s,infrared spectroscopy was developed to measure longwave radiations.
Outgoing Longwave Radiation(OLR) is the energy leaving the earth as infrared radiation at low energy.
Radiation that bounces back to the surface of the planet would be in the longwave ELF(extremely low frequency) range.
Outgoing Longwave Radiation(OLR) is the energy radiating from the Earth as infrared radiation at low energy to Space.
In January 1932, the German Reichspost assumed control of the Nauen station andadded to its shortwave and longwave capacity.
This example is the antenna feed line for a longwave radio transmitter in Poland, which operates at a frequency of 225 kHz and a power of 1200 kW.
A complicated relationship exists between the chemical properties of each greenhouse gas andthe relative amount of longwave radiation that each can absorb.
This temperature difference is a result of the longwave radiation re-radiated by the soil surface which is usually dark gray to black in the Puna.
Longwave cameras that detect gases such as sulfur hexafluoride tend to operate in the 8-12 μm range and use a quantum well infrared photodetector(QWIP).
Aerosols are known to increase radiation in the longer wavelengths(longwave) and decrease radiation in the shorter wavelengths(shortwave).
On the other hand, the longwave radiation emitted downward from the base of a stratocumulus cloud does tend to warm the surface and the thin layer of air in between, but the preponderant cloud albedo forcing shields the surface from enough solar radiation that the net effect of these clouds is to cool the surface.
It is also the result of the high climate sensitivity in arid regions,where the longwave effect is prevalent due to the presence of aerosols from coarse mineral dust.
Similarly, a lower frequency than the AM MW between 150KHz-284KHz this period as the broadcast spectrum is used, the wavelength is concerned, it is about 1000 to 2000 meters(m), and between 200 MW- 600 m compared to apparently"long" and more,so put this radio spectrum called longwave(LW: Long Wave).
Although stratocumulus clouds also emit longwave radiation out to space and toward the Earth's surface, they are near the surface and at almost the same temperature as the surface.
As a result, increased evaporation leads to a greater concentration of watervapour in the lower atmosphere capable of absorbing longwave radiation and emitting it downward.
While in the stratosphere,volcanic sulfate aerosol actually absorbs longwave radiation emitted by Earths surface, and absorption in the stratosphere tends to result in a cooling of the troposphere below.
Certain atmospheric gases, like carbon dioxide, water vapor and methane, are able to alter the energybalance of the Earth by being able to absorb longwave radiation emitted from the Earth's surface.
Hence, if a cloud is introduced into a previously clear sky,the cold cloud top will reduce the longwave emission to space, and(disregarding the cloud albedo forcing for the moment) energy will be trapped beneath the cloud top.
Through this modulation of stratospheric ozone concentrations, changes in solar irradiance(particularly in the ultraviolet portion of the electromagnetic spectrum)can modify how both shortwave and longwave radiation in the lower stratosphere are absorbed.
Using the framework to analyze a massive dataset developed by NASA,Chakraborty found that although the longwave effect of aerosols has generally been considered by the scientific community to be less important, the climate is more sensitive to it than to the shortwave effect.
The portion of the radiation thus trapped and sent back to the Earth'ssurface adds to the shortwave energy from the sun and the longwave energy from the air already reaching the surface.
The public broadcaster experienced fierce competition from the"peripheral stations":French-speaking stations aimed at the French public but transmitting on longwave from neighbouring countries, such as Radio Monte Carlo(RMC) from Monaco, Radio Luxembourg(later RTL) from Luxembourg, and Europe 1 from Germany exceptionally, in 1974, RMC was allowed to set up a transmitter on French territory.
This trapped energy will increase the temperature of the Earth's surface andatmosphere until the longwave emission to space once again balances the incoming absorbed shortwave radiation.
However, The Discovery Channel's 2004 documentary James, Brother of Jesus shows the examination of the inscription's patina by the Royal Ontario Museum,using longwave ultraviolet light, and they concluded there was"nothing suspicious" about the engraving, and Golan has put out a 34-page document defending the authenticity as well.
