The phrase "atmospheric windows" is correct and usable in written English.
It can be used in contexts related to science, particularly in discussions about the transmission of electromagnetic radiation through the Earth's atmosphere.
Example: "The study focused on how different wavelengths of light are affected by atmospheric windows, allowing certain frequencies to pass through while others are absorbed."
Alternatives: "transmission windows" or "optical windows".
Since 1- and 2-μm cameras (IR1 and IR2) observe an aspect of the lower atmosphere in nightside by detecting the wavelengths in the atmospheric windows of Venus (Iwagami et al. 2011; Satoh et al. 2015), comparison of images acquired by LIR with those acquired by IR1 and IR2 should reveal the propagation process of the stationary gravity wave in some detail.
The solar radiation that reaches the Earth's surface has relatively small surface power density around 3 μW/m [ 6] and comprised of distinctive frequency bands, so-called atmospheric windows, representing those frequency bands that are not absorbed by the Earth atmosphere.
Second, the MIR wavelength range contains atmospheric windows relevant for free space communication3 and environmental monitoring4,5.
The microstructure exhibits designable narrowband absorption in multiple infrared wavebands, especially in mid- and long-wave infrared atmospheric windows.
A graphene microstrip patch antenna is designed to operate in the three bands of the atmospheric windows promising for the future wireless communications.
Importantly, we demonstrate the tunability of the infrared radiation intensity of VO2 nanopowders in both mid- and far-IR thermal atmospheric windows, for the first time.
This radiative access to the cold upper atmosphere through the atmospheric window has been exploited since ancient times to achieve cooling below ambient temperature during the night8,9,10,11,12,13.
In the atmospheric window at 8-12 mm,the atmosphere is only weakly absorbing except for the O3 feature at 9.6 mm.
Figure 2: CRE in the FIR and the atmospheric window.
The paint-coated emitter has high emittance in mid-IR that maximized the emission in the atmospheric window.
A new and compact photoacoustic sensor for trace gas detection in the 2 2.5 μm atmospheric window is reported.
