FUV

AcronymDefinition
FUVFar Ultraviolet (100-200 nm)
FUVFlexible Utility Vehicle
FUVFac Ut Vivas (Latin: get a life)
FUVFarm Utility Vehicle
FUVFun Utility Vehicle (Royal Canadian Air Farce TV show)
FUVFollow Up Visit
References in periodicals archive ?
Also speaking at the event, FUV Secretary-General Metin Cavlak said they would organize more trade fairs and meetings abroad to encourage Germany-based Turkish firms to open to promising emerging markets.
The most promising method for detecting the hot part of the WHIM is through absorption of far-ultraviolet (FUV) and X-radiation from a background source.
Near NUV 400-300 3.10-4.13 Ultraviolet B or medium UVB 315-280 3.94-4.43 wave Middle MUV 300-200 4.13-6.20 Ultraviolet C, short wave UVC 280-100 4.43-12.4 or germicidal Far FUV 200-122 6.20-10.2 Vacuum VUV 200-100 6.20-12.4 Low LUV 100-88 12.4-141 Super SUV 150-10 8.28-124 Extreme EUV 121-10 10.2-124 UVC is almost never observed in nature because it is absorbed completely in the atmosphere, as are far UV and vacuum UV.
Denisenko (2) pointed out that the object has an ultraviolet counterpart GALEX J215818.5+241924 with a far UV magnitude FUV = 18.28 [+ or -] 0.06, and a blue counterpart GSC2.3 N2M9027659 with J = 19.13, V = 18.86, N = 19.10.
The authors would like to thank the Fondazione Umberto Veronesi (FUV) and the Associazione Ricerca Tumori Intestinali (ARTI).
This release includes new maps of far-ultraviolet (FUV) brightness, albedo and water-ice data as well as instrument exposure, illumination and other conditions.
The new models scheduled for launch are the "E'Z", a new kind of vehicle for a new era - an FUV (fashionable utility vehicle), and the "Zelas", an urban two-door sports coupe that is being unveiled in China for the first time.
According to Japan's Corporate News which reported about it, mentioned that the new models scheduled for launch are the "E'Z", a new kind of vehicle for a new era - an FUV (fashionable utility vehicle), and the "Zelas", an urban two-door sports coupe that is being unveiled in China for the first time.
During his research, he came upon a wavelength in the far UV (FUV) band, which after some original research at the University of New Hampshire, he found to be 10,000 times more effective in killing pathogens like MRSA, Acinetobacter.
Significant features of JB2006 included "solar indices based on satellite EUV and FUV (i.e., extreme and far ultraviolet solar emissions) sensors and an improved semiannual variation." See W.