SPRAY for color prediction
Contents
| Index
Keyword Index
- A -
absorption
advanced coatings
Ag
angle dependence
angle distribution
angle of observation
angle-dependence
- B -
backward scattering
bandgap
beam
binder
black pigment
blue
boundary conditions
- C -
carbon
carbon particles
CCD camera
CdS
coating
coatings
color
color coordinates
color impression
colors
coordinates
curved surfaces
- D -
database
detector
dielectric function
dielectric function model
Dielectrics
diffuse illumination
diffuse reflectance
digital prints
dispersion
distances
dots
- E -
electromagnetic waves
electronic bandgap
ellipsoids
energy bands
Excel
- F -
fluorescent materials
forward peak
- G -
geometry
glass
gold
gray scale
green
- H -
host
- I -
inclusions
index of refraction
infrared
ink dots
Insulators
intensity distribution
interband transitions
interference effects
isotropic scattering
- K -
Kubelka-Munk
- L -
Lambertian
layer stack
lens
light propagation
light source
light waves
- M -
Maxwell's equations
microstructure
Mie program
Mie theory
mirror
Mixing
mixture
model
multi-flux theory
multiple coatings
- N -
near infrared
noble metal
normal dispersion
- O -
observation point
OLE automation
optical constants
optical performance
oscillator
oxides
- P -
paint
Paints
paper
paper model
Parallel computing
particles
peak
penetration depth
physical model
physical modeling
pigment
pigment research
pigment size
pigments
plate
powders
prints
probability
- R -
radiation
radius
radius distribution
ray-tracing
red
reflectance
reflectance spectra
refractive index
- S -
scattering
scattering probability
screens
Semiconductors
shapes
single scattering
SiO2
size classes
size distribution
size variation
sizes
spatial resolution
spectra
spectrometer
spheres
spherical particles
surface oxides
- T -
technical manual
thickness
TiO2
transmittance
two-flux concept
two-phase composite
typical materials
- U -
UV
- V -
V
vibrational modes
video sequences
viewing angle
VisualBasic macro
voids
volume fraction
- W -
wavelengths
wavenumbers
waves
white
