Approximative representation of spectral colors in sRGB

V. Schubert, 2024-05-16

Wavelength		by adding D65	by CIECAM02 Behrens	spectral brightness	medium brightness	German name	English name	Code
400 nm						Violett	Violett
405 nm
410 nm
415 nm
420 nm
425 nm
430 nm
435 nm
440 nm						Indigo	Indigo
445 nm
450 nm						Ultramarinblau	Ultramarine	PB29
455 nm						Königsblau	Royal blue
460 nm						Kobaltblau	Cobalt blue	PB28
465 nm						Azurblau	Azure
470 nm
475 nm						Legoblau	Lego blue	RAL 5015
480 nm						Druckcyan	Process cyan	PB 15:3, RAL 5012
485 nm								PB 36, PB 16
490 nm						Web-Cyan, Türkisblau	Electric cyan, Turquoise blue	RAL 5018
495 nm
500 nm						Türkisgrün	Turquoise green
505 nm
510 nm
515 nm
520 nm						Signalgrün, Legogrün	Lego green	RAL 6024, RAL 6032
525 nm
530 nm
535 nm								RAL 6037, RAL 6038
540 nm						Web-Grün	Electric green
545 nm
550 nm
555 nm
560 nm
565 nm						Neongelb
570 nm						Zitronengelb
575 nm						Neutralgelb
580 nm						Legogelb	Lego yellow
585 nm
590 nm
595 nm
600 nm
605 nm
610 nm
615 nm
620 nm
625 nm
630 nm
635 nm
640 nm
645 nm
650 nm
655 nm
660 nm

Color hue matching (with saturation balance) performed with LEDs in low energy mode by 3 subjects. Lightness by matching real daylight spectrum. Thanks to E. and J..

CIECAM02 color data calculated by Behrens ("Magnetkern").

WolframAlpha has a query interface to approximate spectral colors in sRGB.