photobiologyLEDs 0.4.2
Data Catalogue

Pedro J. Aphalo

2016-10-22

knitr::opts_chunk$set(fig.width=8, fig.height=4)

Introduction

This is a catalogue of all data sets included in the package. You will find below plots of the emission spectra of different lamps. All spectra are normalized to an area of one at the peak of the curve.

The spectral data have been acquired mostly with one instrument. However, some spectra haver been measured with a spectrometer that has lower wavelength resolution giving for the same LEDs measured peaks of slightly different width. This is an inevitable artefact of spectral measurements, but as LEDs have relatively wide peaks the distortion is small.

library(photobiology)
library(photobiologyWavebands)
library(photobiologyLEDs)
library(ggplot2)
library(ggspectra)
options(photobiology.plot.annotations =
          c("boxes", "labels", "colour.guide", "peaks", "title"))

All LEDs in data set

names(leds.mspct)
##  [1] "BS436"           "CB30"            "LED405"         
##  [4] "LED740"          "UV395"           "white"          
##  [7] "XSL365"          "XSL370"          "XSL375"         
## [10] "UVMAX340"        "UVMAX305"        "TY_UV310nm"     
## [13] "white"           "Q36_4000K"       "LZ1_10DB00"     
## [16] "LZ1_10UA00_00U8" "LZ1_10UA00_00U4" "LZ1_10UV00"     
## [19] "LZ1_10R302"      "G_P30R140A1_XT"  "weili430nm"     
## [22] "weili540nm"      "weili665nm"      "weili740nm"     
## [25] "HPR40E_48K30BG"  "NHXRGB090_R"     "NHXRGB090_G"    
## [28] "NHXRGB090_B"     "NHXRGB090"       "B5_436_30D"     
## [31] "FR_OLD"          "HLMB_CB30"       "HLMB_CD31_take2"
## [34] "HLMP_CB31"       "HLMP_CM30"       "HLMP_CM31"      
## [37] "HLMP_DJ32"       "HLMP_DL32"       "LED435_66_60"   
## [40] "LED740_01AV"     "LY5436"          "QDDH66002"      
## [43] "QDDH68002"       "QDDH70002"       "QDDH73502"

UVB LEDs

plot(leds.mspct$TY_UV310nm)

plot(leds.mspct$UVMAX305)

UVA LEDs

plot(leds.mspct$UVMAX340)

plot(leds.mspct$G_P30R140A1_XT)

plot(leds.mspct$XSL365)

plot(leds.mspct$XSL370)

plot(leds.mspct$UV395)

VIS LEDs

Violet and blue LEDs

plot(leds.mspct$LED405)

plot(leds.mspct$LED435_66_60)

plot(leds.mspct$HPR40E_48K30BG)

plot(leds.mspct$CB30)

plot(leds.mspct$HLMB_CB30)

plot(leds.mspct$HLMP_CB31)

Green and amber LEDs

plot(leds.mspct$HLMP_CM30)

plot(leds.mspct$LY5436)

plot(leds.mspct$HLMP_DL32)

Red and far-red LEDs

plot(leds.mspct$HLMP_DJ32)

plot(leds.mspct$BS436)

plot(leds.mspct$B5_436_30D)

plot(leds.mspct$QDDH66002)

plot(leds.mspct$QDDH68002)

plot(leds.mspct$QDDH70002)

plot(leds.mspct$LED740_01AV)

plot(leds.mspct$QDDH73502)

plot(leds.mspct$FR_OLD)

Broad band LEDs

plot(leds.mspct$white)

plot(leds.mspct$Q36_4000K)

Multichannel LEDs

plot(leds.mspct$NHXRGB090_R)

plot(leds.mspct$NHXRGB090_G)

plot(leds.mspct$NHXRGB090_B)

ggplot(leds.mspct$NHXRGB090) + 
  aes(color = channel) +
  geom_line() +
  labs(x = "Wavelength (nm)", y = "Normalized spectral irradiance",
       title = "leds.mspct$NHXRGB090")