Linked from

The 11 pages that link to Kubelka–Munk theory, each with the reason it gives.

• PigmentRelated: It relates a pigment mixture’s absorption and scattering to its measured reflectance.

• ColorimetryCompared with: It models how material properties generate diffuse reflectance, while colorimetry converts measured light into color values.

• Beer–Lambert lawCompared with: It addresses scattering solids for which a simple transmission path and Beer–Lambert treatment are inadequate.

• Subtractive colorRelated: It estimates how pigment absorption and scattering combine to shape a paint’s reflected color.

• Absorption coefficientRelated: It estimates absorption from reflectance when direct transmission is unavailable.

• Color mixingRelated: It helps predict how mixtures of pigments alter reflected light.

• RYB color modelRelated: It offers a physical account of paint mixing beyond the RYB wheel's simplified rules.

• CyanRelated: It helps explain how cyan pigments alter light scattered back from paper.

• Diffuse reflectanceNarrower topic: It converts reflectance from an optically thick layer into an absorption-to-scattering ratio.

• Paint color matchingRelated: It helps explain how pigment concentration and paint opacity affect measured color.

• Measurement geometry (spectrophotometry)Related: The classic theory that assumes a diffuse geometry and predicts what sphere readings should be.