Names of members of the lamps.mspct collection of spectra
grouped by colour or wavelength band.
Usage
lamp_colors
uv_lamps
purple_lamps
blue_lamps
green_lamps
yellow_lamps
orange_lamps
red_lamps
ir_lamps
amber_lamps
white_lampsFormat
A vector of character strings.
An object of class character of length 11.
An object of class character of length 0.
An object of class character of length 0.
An object of class character of length 0.
An object of class character of length 0.
An object of class character of length 0.
An object of class character of length 4.
An object of class character of length 2.
An object of class character of length 0.
An object of class character of length 50.
Details
contain the names of the members of lamps.mspct with peaks of
emission within the wavelength range corresponding to the light colours as
defined by ISO standards. Vector amber_lamps is the union of
"yellow_lamps" and "orange_lamps". Vector white_lamps
contains the names of spectra for lamps with broad or multiple peaks of
emission in the visible range. Vectors "uv_lamps" and
"ir_lamps" contain the names for lamps with peak emission at
wavelengths < 400 nm and wavelengths > 700 nm, respectively. One
additional vector, lamp_colors contains the names of
the colors as used in the vectors.
These vectors can be used to extract subsets of spectra from
lamps.mspct.
See also
Other indexing vectors of names:
lamp_brands,
lamp_types,
lamp_uses
Examples
lamp_colors
#> [1] "uv" "purple" "blue" "green" "yellow" "orange" "red" "ir"
#> [9] "amber" "white"
uv_lamps
#> [1] "Convoy.S2plus.LED.UVA.flashlight" "Eiko.F36T8.BLB"
#> [3] "Generic.germicidal" "Jaxman.U1c.LED.UVA.flood.flashlight"
#> [5] "LCDlighting.FT.UVA.BL" "Philips.FT.TL.40W.01.uv"
#> [7] "Philips.FT.TL.40W.12" "Philips.FT.TL.40W.12.uv"
#> [9] "Philips.FT.TLD.36W.BLB.108" "QPanel.FT.UVB313.40W"
#> [11] "QPanel.FT.UVB340.40W"
blue_lamps
#> character(0)
red_lamps
#> [1] "Fluence.LED.PhysioSpec.BROAD.R9B" "Osram.Inc.20W"
#> [3] "Philips.FT.TLD.36W.15" "Philips.Inc.50W.spot.halogen"
white_lamps
#> [1] "Airam.CF.15W.2700K"
#> [2] "Airam.CF.Spiraali.14W.3000K"
#> [3] "Airam.LED.11W.4000K"
#> [4] "Airam.LED.14W.4000K"
#> [5] "Airam.LED.9W.3000K"
#> [6] "Amaran.M9.LED.video.light.5500K"
#> [7] "Convoy.S2plus.LED.blue.flashlight"
#> [8] "Fluence.LED.AnthoSpec"
#> [9] "Fluence.LED.PhysioSpec.BROAD"
#> [10] "Fluence.LED.PhysioSpec.BROAD.R3"
#> [11] "Fluence.LED.PhysioSpec.BROAD.R6"
#> [12] "Fluence.LED.PhysioSpec.Greenhouse"
#> [13] "Fluence.LED.PhysioSpec.Indoor"
#> [14] "Generic.LED.9W.mosquito"
#> [15] "Generic.LED.UVA.flashlight"
#> [16] "Godox.XeF.AD200.H200.flash"
#> [17] "Godox.XeF.AD200.H200j.ADFT200.flash"
#> [18] "Godox.XeF.AD200.H200j.FTSTS40w.flash"
#> [19] "Godox.XeF.AD200.H200R.flash"
#> [20] "Ikea.LED.6.3W.2700K"
#> [21] "Jaxman.E2.LED.flashlight"
#> [22] "Ledenergie.LED.Nano.T8.9.5W.4000K"
#> [23] "Ledenergie.LED.Teho.T8.9W.4000K"
#> [24] "Ledstore.LED.10W.4000K"
#> [25] "Osram.FT.36W.25"
#> [26] "Osram.FT.L36W.840"
#> [27] "Osram.FT.L36W.865"
#> [28] "Osram.HPS.Super.Vialox"
#> [29] "Osram.LED.10W.2700K"
#> [30] "Osram.LED.8W.2700K"
#> [31] "Osram.MH.HQIT.400W"
#> [32] "Philips.CF.PLS.11W.927"
#> [33] "Philips.FT.TL5.35W.830.HE"
#> [34] "Philips.FT.TLD.36W.18"
#> [35] "Philips.FT.TLD.36W.18.lores"
#> [36] "Philips.FT.TLD.36W.83"
#> [37] "Philips.FT.TLD.36W.89"
#> [38] "Philips.FT.TLD.36W.92"
#> [39] "Philips.FT.TLD.36W.965"
#> [40] "Philips.FT.TLL.36W.950"
#> [41] "Philips.LED.T8.10W.840"
#> [42] "Sunwayfoto.LED.FL96.at.3000K"
#> [43] "Sunwayfoto.LED.FL96.at.4000K"
#> [44] "Sunwayfoto.LED.FL96.at.5500K"
#> [45] "Sylvania.FT.215W.VHO"
#> [46] "Toshiba.LED.12W.2700K"
#> [47] "Toshiba.LED.9.5W.2700K"
#> [48] "V.light.LED.2W.6000K"
#> [49] "Valoya.LED.B50.AP67.grow.lamp"
#> [50] "Valoya.LED.RX600HW.Solray385.grow.lamp"
# select data for lamps emitting in the ultraviolet region
lamps.mspct[uv_lamps]
#> Object: source_mspct [11 x 1]
#> --- Member: Convoy.S2plus.LED.UVA.flashlight ---
#> Object: source_spct [1,338 x 2]
#> Wavelength range 251.16-898.81 nm, step 1.023182e-12-3.77 nm
#> Label: LED lamp: Convoy S2+ UVA flashlight
#> Measured on 2020-01-07 10:00:50.434615 UTC
#> Spectral data in s.e.irrad normalized to 1 at 367.73 nm (max in 251.16-898.81 nm)
#> Variables:
#> w.length: Wavelength [nm]
#> s.e.irrad: Spectral energy irradiance [normalized]
#> --
#> # A tibble: 1,338 × 2
#> w.length s.e.irrad
#> <dbl> <dbl>
#> 1 251. 0
#> 2 254 0
#> 3 254. 0
#> 4 255. 0
#> 5 255. 0
#> 6 256. 0
#> 7 256. 0
#> 8 257. 0
#> 9 257. 0
#> 10 258. 0
#> # ℹ 1,328 more rows
#> --- Member: Eiko.F36T8.BLB ---
#> Object: source_spct [1,120 x 2]
#> Wavelength range 251.29-898.97 nm, step 0.43-3.58 nm
#> Label: Fluorescent tube: Eiko F36T8 BLB
#> Measured on 2022-10-19 12:56:48.831047 UTC
#> Spectral data in s.e.irrad normalized to 1 at 365.09 nm (max in 251.29-898.97 nm)
#> Variables:
#> w.length: Wavelength [nm]
#> s.e.irrad: Spectral energy irradiance [normalized]
#> --
#> # A tibble: 1,120 × 2
#> w.length s.e.irrad
#> <dbl> <dbl>
#> 1 251. 0
#> 2 255. 0
#> 3 255. 0
#> 4 256. 0
#> 5 256. 0
#> 6 257. 0
#> 7 257. 0
#> 8 257. 0
#> 9 258. 0
#> 10 258. 0
#> # ℹ 1,110 more rows
#> --- Member: Generic.germicidal ---
#> Object: source_spct [558 x 2]
#> Wavelength range 250.14-899.77 nm, step 0.44-3.74 nm
#> Label: Low-pressure Hg tube: Generic germicidal
#> Measured on 2015-06-02 10:42:35 UTC
#> Spectral data in s.e.irrad normalized to 1 at 253.95 nm (max in 250.14-899.77 nm)
#> Variables:
#> w.length: Wavelength [nm]
#> s.e.irrad: Spectral energy irradiance [normalized]
#> --
#> # A tibble: 558 × 2
#> w.length s.e.irrad
#> <dbl> <dbl>
#> 1 250. 0.00869
#> 2 251. 0.0109
#> 3 251. 0.0149
#> 4 252. 0.0252
#> 5 252. 0.0411
#> 6 253. 0.0742
#> 7 253 0.251
#> 8 253. 0.700
#> 9 254. 1
#> 10 254. 0.555
#> # ℹ 548 more rows
#> --- Member: Jaxman.U1c.LED.UVA.flood.flashlight ---
#> Object: source_spct [1,344 x 2]
#> Wavelength range 251.16-898.81 nm, step 1.023182e-12-3.77 nm
#> Label: LED lamp: Jaxman U1c UVA flood flashlight
#> Measured on 2020-01-07 10:03:44.778013 UTC
#> Spectral data in s.e.irrad normalized to 1 at 366.79 nm (max in 251.16-898.81 nm)
#> Variables:
#> w.length: Wavelength [nm]
#> s.e.irrad: Spectral energy irradiance [normalized]
#> --
#> # A tibble: 1,344 × 2
#> w.length s.e.irrad
#> <dbl> <dbl>
#> 1 251. 0
#> 2 254. 0
#> 3 255. 0
#> 4 255. 0
#> 5 256. 0
#> 6 256. 0
#> 7 257. 0
#> 8 257. 0
#> 9 258. 0
#> 10 258. 0
#> # ℹ 1,334 more rows
#> --- Member: LCDlighting.FT.UVA.BL ---
#> Object: source_spct [463 x 2]
#> Wavelength range 250-800 nm, step 0.6111664-16 nm
#> Label: Blacklight UVA BL fluorescent tube spectrum, LightSources Inc, USA/Hungary.
#> Spectral data in s.e.irrad normalized to 1 at 350 nm (max in 250-800 nm)
#> Variables:
#> w.length: Wavelength [nm]
#> s.e.irrad: Spectral energy irradiance [normalized]
#> --
#> # A tibble: 463 × 2
#> w.length s.e.irrad
#> <dbl> <dbl>
#> 1 250 0
#> 2 260 0
#> 3 261 0
#> 4 262 0
#> 5 263 0
#> 6 264 0
#> 7 265 0
#> 8 266 0
#> 9 267 0
#> 10 268 0
#> # ℹ 453 more rows
#> --- Member: Philips.FT.TL.40W.01.uv ---
#> Object: source_spct [301 x 2]
#> Wavelength range 250-400 nm, step 0.5 nm
#> Label: Fluorescent tube: Philips narrow-band UV-B lamp TL01 40W
#> Spectral data in s.e.irrad normalized to 1 at 311.5 nm (max in 250-400 nm)
#> Variables:
#> w.length: Wavelength [nm]
#> s.e.irrad: Spectral energy irradiance [normalized]
#> --
#> # A tibble: 301 × 2
#> w.length s.e.irrad
#> <dbl> <dbl>
#> 1 250 0.000000249
#> 2 250. 0.0000000624
#> 3 251 0.0000000340
#> 4 252. 0.0000000166
#> 5 252 0.0000000261
#> 6 252. 0.000000468
#> 7 253 0.0000280
#> 8 254. 0.0000979
#> 9 254 0.0000102
#> 10 254. 0.000000201
#> # ℹ 291 more rows
#> --- Member: Philips.FT.TL.40W.12 ---
#> Object: source_spct [561 x 2]
#> Wavelength range 240-800 nm, step 1 nm
#> Label: Fluorescent tube: Philips TL12 40W
#> Measured on 1997-05-19 UTC
#> Spectral data in s.e.irrad normalized to 1 at 435 nm (max in 240-800 nm)
#> Variables:
#> w.length: Wavelength [nm]
#> s.e.irrad: Spectral energy irradiance [normalized]
#> --
#> # A tibble: 561 × 2
#> w.length s.e.irrad
#> <int> <dbl>
#> 1 240 0
#> 2 241 0
#> 3 242 0
#> 4 243 0
#> 5 244 0
#> 6 245 0
#> 7 246 0
#> 8 247 0
#> 9 248 0
#> 10 249 0
#> # ℹ 551 more rows
#> --- Member: Philips.FT.TL.40W.12.uv ---
#> Object: source_spct [301 x 2]
#> Wavelength range 250-400 nm, step 0.5 nm
#> Label: Fluorescent tube: Philips broad-band UV-B lamp TL12 40W
#> Spectral data in s.e.irrad normalized to 1 at 313 nm (max in 250-400 nm)
#> Variables:
#> w.length: Wavelength [nm]
#> s.e.irrad: Spectral energy irradiance [normalized]
#> --
#> # A tibble: 301 × 2
#> w.length s.e.irrad
#> <dbl> <dbl>
#> 1 250 0.000000683
#> 2 250. 0
#> 3 251 0
#> 4 252. 0
#> 5 252 0.000000365
#> 6 252. 0.00000135
#> 7 253 0.0000379
#> 8 254. 0.000153
#> 9 254 0.0000109
#> 10 254. 0.000000978
#> # ℹ 291 more rows
#> --- Member: Philips.FT.TLD.36W.BLB.108 ---
#> Object: source_spct [553 x 2]
#> Wavelength range 250-800 nm, step 0.1756132-1 nm
#> Label: Fluorescent tube: Blacklight blue BLB 36W, Philips, Finland
#> Spectral data in s.e.irrad normalized to 1 at 367 nm (max in 310.18-799.64 nm)
#> Variables:
#> w.length: Wavelength [nm]
#> s.e.irrad: Spectral energy irradiance [normalized]
#> --
#> # A tibble: 553 × 2
#> w.length s.e.irrad
#> <dbl> <dbl>
#> 1 250 0
#> 2 251 0
#> 3 252 0
#> 4 253 0
#> 5 254 0
#> 6 255 0
#> 7 256 0
#> 8 257 0
#> 9 258 0
#> 10 259 0
#> # ℹ 543 more rows
#> --- Member: QPanel.FT.UVB313.40W ---
#> Object: source_spct [561 x 2]
#> Wavelength range 240-800 nm, step 1 nm
#> Label: Fluorescent tube: QPanel UVB-313 40W
#> Measured on 1997-05-19 UTC
#> Spectral data in s.e.irrad normalized to 1 at 435 nm (max in 240-800 nm)
#> Variables:
#> w.length: Wavelength [nm]
#> s.e.irrad: Spectral energy irradiance [normalized]
#> --
#> # A tibble: 561 × 2
#> w.length s.e.irrad
#> <int> <dbl>
#> 1 240 0
#> 2 241 0
#> 3 242 0
#> 4 243 0
#> 5 244 0
#> 6 245 0
#> 7 246 0
#> 8 247 0
#> 9 248 0
#> 10 249 0
#> # ℹ 551 more rows
#> ..........................
#> 1 other member spectra not shown
#>
#> --- END ---