ADS TS81 
AGA Z3801153 
BS X 38:2005+A1:2015 
ADS TS66 
BS Z 2:1997 
AASHTO TP 98-12 
ADS AGS1101 
CIE x048-PO60 
NAS 9929 Rev. 1 
ISA TR84.00.02-2002 - SET 
BS Z 17:2000 
ADS TS93 
ADS TS84 
BS Z 5:1997 
BS W 13:1973+A1:2014 
CIE x048-PO47 
BS X 35:1998 
ADS TS77 
ADS TS78 
BS W 14:1999 
HI 9.6.5 (M122) 
SAE USCAR41 
BS V 38:1967 
AS Z6-1969 
AS/NZS IEC 62552.3:2018 
CIE x048-PO39 
SAE USCAR4-1 
HI 9.6.4-2016 
CTA CEDIA-CEB23-A 
BS TS 1:2000 
ADS AGS1001 
IEST RP-DTE032.2 
AS Z30-1966 
BS Z 17:2000 
PIP VESTA002 
HI 9.6.6-2009 
AS Z3-1968 
ADS TS76 
ADS TS65 
AS Z5.1-1968 
BS X 36:1998 
ADS TS82 
BS X 37:2004 
BS X 42:2020 
ADS AGS100 
BS Z 100:1999 
ASTM Volume 15.11:2021 
ADS TS337 
BS Z 9:1998 
ADS TS95 
Description
It has been pointed out that LED sometimes causes unnatural colour appearance due to the chromaticity distance from the Planckian locus (Duv). In this study, subjective experiment was conducted to identify the effects of Duv of LED luminaire on the lighting environment considering the interior surface material. From the results of the experiment, it was identified that brightness evaluation was significantly different when the chromaticity coordinates was off the Planckian locus even when the correlated colour temperature of the light source was classified as the same by JIS. It was also shown that the effects of Duv on brightness evaluation differ depending on the combination of interior material and which side the Duv shifts.
Product Details
- Published:
- 10/23/2017
- Number of Pages:
- 8
- File Size:
- 1 file , 1.1 MB
