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Hulinks Inc.
ARGO Nihonbashi Building 6F, 5-14 Nihonbashi Hakozaki-cho, Chuo-ku Tokyo 103-0015 Japan
Index of TFCalc Web Site
A
- Active materials
- Analysis, interactive
- Angle matching
- Animations
- Animation Examples
- Anti-reflection filters
- Automatic synthesis of coating designs
B
- Bandpass filters
- Bandpass filters, automatic design of
- Batch optimization
- Beamsplitters
- Biconical transmittance
- Blackbody illuminants
C
- Cauchy dispersion formula
- Chirped mirror example
- Coating designs
- Color
- Cone-angle average
- Constrained optimization
D
- Del and psi
- Derivative targets
- Detector functions
- Dispersion formulas
- All
- Cauchy
- Drude
- Hartmann
- Schott Glass
- Sellmeier
- Dispersion of equivalent layers
- Drude dispersion formula
E
- Edge filters
- Electric field
- Ellipsometric calculations
- Equivalent index
- Equivalent stack
- Examples of thin film coatings
- Extreme ultraviolet (EUV) mirror example
F
G
- Gain flattening filter (GFF) example
- Gain materials
- Global optimization
- Global optimization improvements
- Gradient method
- Group layers
H
I
- Illuminants
- Index of refraction
- Index data
- Index profile
- Internal transmittance
J
K
L
M
- Manufacturing errors, sensitivity to
- Materials
- Metal-dielectric bandpass filter example
- Minus (or notch) filters
- Mixtures of materials
- Monitor chart
- Movie
- Fabry-Perot filter
- See “Animations”
- Multiple environments
N
O
- Omnidirectional reflector example
- Optimization
- Optical monitoring
P
Q
R
- Radiation distributions
- Reflectors
- Refractive index
- Reflective phase compensator filter example
- Retarders, phase
- Rugate simulation
S
- Sample coating designs
- Schott glass dispersion formula
- Sellmeier dispersion formula
- Sensitivity
- Simplex method
- Stack formula
- Statistics calculation
- Support
- Surface plasmon resonance (SPR) animation example
- Synthesis of coating designs
T
- Targets, optimization
- TFCalc
- Transparent metal coating examples
- Tunneling method