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
  • 36 Samples that come with TFCalc
  • Examples at this Web site
  • Examples included with TFCalc 3.5
  • List of coating design exapmles
• Color
  • Correction filters
  • Features added in version 2.8
  • LAB chart
  • Sensitivity
  • Zoomed charts
• 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

• Fabry-Perot filters
• Frustrated total reflection (FTR) animation example

G

• Gain flattening filter (GFF) example
• Gain materials
• Global optimization
• Global optimization improvements
• Gradient method
• Group layers

H

• Hartmann dispersion formula
• Herpin index

I

• Illuminants
• Index of refraction
  • Calculating
  • Determining
  • Variable
• Index data
• Index profile
• Internal transmittance

J

K

L

• LAB color chart
• Layer sensitivity
• Light monitor simulation

M

• Manufacturing errors, sensitivity to
• Materials
  • Active
  • Gain
  • Variable-index
• Metal-dielectric bandpass filter example
• Minus (or notch) filters
• Mixtures of materials
• Monitor chart
• Movie
  • Creating
  • Fabry-Perot filter
  • See “Animations”
• Multiple environments

N

• N and K
  • Calculating
  • Constraining parameters
• Narrow bandpass filters, automatic design of
• Needle optimization
  • Improvements in version 2.9.6
  • Improvements in version 3.0
  • Improvements in version 3.1
  • Improvements in version 3.4
• Notch (or minus) filters

O

• Omnidirectional reflector example
• Optimization
  • Batch
  • Both sides
  • Cone-angle
  • Constrained
  • Derivative targets
  • Global
  • Improved needle method
  • Multiple environments
  • R*T
  • Sensitivity
  • Targets
  • Ultra-fast performance
• Optical monitoring

P

• Phase shift
• Phase retarders
• Prototype method for designing bandpass filters
• Psi and del

Q

• Quartiles in sensitivity analysis

R

• Radiation distributions
• Reflectors
• Refractive index
  • Calculating N and K
  • Determining
  • Data
  • Variable
• Reflective phase compensator filter example
• Retarders, phase
• Rugate simulation

S

• Sample coating designs
• Schott glass dispersion formula
• Sellmeier dispersion formula
• Sensitivity
  • Color
  • Layer
  • Manufacturing errors
  • Optimizing
  • Quartiles
  • Worst-possible
• Simplex method
• Stack formula
  • Enhancements
  • Summary
• Statistics calculation
• Support
• Surface plasmon resonance (SPR) animation example
• Synthesis of coating designs

T

• Targets, optimization
  • Automatic
  • Cone-angle
  • Continuous
  • Derivative
  • Multiple environments
  • Summary of
• TFCalc
  • Features in TFCalc 3.5
  • Features in TFCalc 3.4
  • Features in TFCalc 3.3
  • Features in TFCalc 3.2
  • Features in TFCalc 3.1
  • Features in TFCalc 3.0
  • Recent enhancements
  • Summary of features
• Transparent metal coating examples
• Tunneling method

U

• Ultra-fast performance analysis
• Ultra-fast performance optimization
• User interface

V

• Variable-index layers
• Variable-metric method

WXYZ

• Yield analysis