AS/NZS IEC 62552.3:2018 
BS Z 17:2000 
ADS TS300 
AASHTO TP 98-13 (2015) 
CTA TVSB-5 (S2015) 
JIS Z 9120:1995 
NBBI NB23-2015 Part 3 
AS Z47-1972 
ADS TS350 
BS W 13:1973 
ADS TS66 
AS Z43.2-1970 
BS Z 18:2000 
CIE x048-PO56 
NAS 998 
AS Z48-1968 
AS Z58-1970 
AS Z45-1967 
ADS TS93 
ISA TR84.00.04 Part 1-2011 
DISPLAY BASED METHODS FOR INTER-CULTURAL IMAGE QUALITY EVALUATION (PP42, 746-757) 
AS Z5.1-1968 
AS T4-1951 
ADS AGS1106 
ASTM Volume 15.10:2021 
BS V 38:1967 
ADS AGS1109 
DISTRIBUTION OF REFLECTANCE ON WALLS AND CEILINGS AND THEIR INFLUENCE ON LIGHTING PARAMETERS (PP21, 611-621) 
AGA Z3801157 
AGA Z3801151 
ADS TS250 
ADS TS97 
BS X 38:2005 
CIE x048-WP03 
BS X 37:2004 
HI 9.6.4 (M121) 
Waterborne Freight Transportation: Bottom Line Report 
Description
We present an a priori analytic model for the photo-emission spectrum of single colour LEDs. The model establishes a close connection between the spectral properties of LEDs and the underlying solid state physics and can in principle be used to predict the photo-emission spectrum of an LED from only a few of its semiconductor properties. The full model is compared to a simpler, empiric, model by fitting the two models to a large set of experimental LED spectra. The simple model is well suited for good quality fitting of real LED spectra.
Product Details
- Published:
- 10/23/2017
- Number of Pages:
- 11
- File Size:
- 1 file , 1.4 MB
