Simulating the perception of the colors of organic colorants : Applications

Applications
Simulating the perception of the colors of organic colorants

Authors : Adèle D. LAURENT, Valérie WATHELET, Michaël BOUHY, Denis JACQUEMIN, Eric PERPÈTE

Review date: February 10, 2015 | Lire en français

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3. Applications

3.1 A brief reminder of computational chemistry

Thanks to theoretical chemistry, the visible spectrum of dyes such as anthraquinone or indigo can be rationalized in colorimetric terms. Solving the time-independent Schrödinger equation (27) determines the total energy of the molecule:

H Ψ = E Ψ

^( 27 )

where the Hamiltonian H is a non-relativistic operator, Ψ the wave function and...

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Conclusion

Bibliography

(1) - DÉRIBÉRÉ (M.) - La couleur. - Que sais-je ? PUF France (1968).
(2) - JONES (A.L.), ADAMS (Q.E.), BELLAMY (R.B.), BITTINGER (C.), CRITTENDEN (E.C.), DRAVES (Z.C.), EVANS (M.R.), FORREST (W.J.), FOSS (E.C.), GAGE (P.H.),...

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Applications Simulating the perception of the colors of organic colorants

3. Applications

3.1 A brief reminder of computational chemistry

Bibliography

Applications
Simulating the perception of the colors of organic colorants