The phrase "medium wavelength" is grammatically correct and can be used in written English.
It is typically used to describe the size or length of a wave, but can also be used metaphorically to describe something that is average or moderate. Example: "The radio station broadcasts at a medium wavelength, making it accessible to listeners in a large geographic area."
HgCdTe heterojunction detectors offer wavelength flexibility from medium wavelength to very long wavelength and multicolour capability in these regions.
The authors report on advanced metalorganic chemical vapour deposition (MOCVD) of Hg1−xCdxTe (HgCdTe) structures for high operating temperature, medium wavelength infrared (MWIR) detector application.
This is an indication of contamination in the long to medium wavelength part, i.e. 50 100° for the satellite-only models.
It is equipped with a medium wavelength infrared (3 5 mm) InSb detector and is capable of reaching framerate up to 1.9 kHz in full frame acquisition mode (320 × 256 px).
Indeed, one behavioral study has demonstrated trichromatic vision in cats, but a flaw within its experimental design raises the possibility that achromatic intensity cues might have allowed the accurate identification of medium wavelength targets.
It is equipped with a medium wavelength infrared (3 5 mm) InSb detector and is capable of reaching framerate up to 1.9 kHz in full frame acquisition mode (320 × 256 px.) and up to 90 kHz in sub-windowed mode (64 × 4 px.).
"Green" or "yellow" cones, sensitive to medium wavelengths.
These are sensitive to long wavelengths (ie red), medium wavelengths (green) and short wavelengths (blue) producing colour vision.
In spite of its dominating position, the BBC, which had been using 20 medium wavelengths, emerged with 1 long wavelength, 10 medium wavelengths, and 5 further medium wavelengths shared with others but below the Post Office limit range for broadcasting of between 1 megahertz and 600 kilohertz (300 and 500 metres).
Humans see colour as a result of cells in the eyes known as cones, which are sensitive to either long, short or medium wavelengths of light.
A few studies, however, have detected a third photopic receptor most sensitive to medium wavelengths between 500 and 520 nm, overlapping in spectrally sensitivity with the feline scotopic receptor, that potentially could allow trichromatic vision.
