|
| A |
| Absorptivity |
| Application guidelines, |
| atmospheric interference |
| operating environment |
| target material |
| temperature range |
| wavelength choice |
| B |
| Blackbody, |
| behavior |
| use in calibration |
| definition |
| real approximation |
| Bibliography |
| Bolometer |
| Boltzmann, Ludwig |
| Bunsen, Robert |
| C |
| Calibration, |
| blackbody sources |
| importance |
| isothermal options |
| internal |
| traceability |
| tungsten filament refence |
| Camera, thermographic |
| Chopper |
| Cooling, |
| sensor assembly |
| detector |
| D |
| Detector |
| error compensation |
| photon |
| pyroelectric |
| sensitivity |
| responsivity |
| thermal |
| E |
| Electronics, |
| control functions |
| detector compensation |
| filtering |
| linescanning |
| signal analysis |
| thermography |
| Einstein, Albert |
| Electromagnetism, basic laws |
| emissivity, |
| definition |
| experimental determination |
| rules of thumb |
| values for common materials |
| Emittivity |
| Emitttance |
| Error |
| F |
| Fiber optics, |
| applications |
| cable construction |
| historical development |
| noise immunity |
| probe construction |
| transmission efficiency |
| Field of view |
| (see Optical systems) |
| Filters |
| (see also Optical systems), |
| narrow band |
| wheel configuration |
| Franhofer, Joseph von |
| G |
| Galilei, Galileo |
| Glossary |
| Gray body |
| H |
| Heat balance, radiation |
| Helmholtz, Hermann von |
| Herschel, Frederick William |
| Huygens, Christian |
| I |
| Information resources |
| International temperature scale |
| Intermediate temperatures, law of |
| K |
| Kelvin, Lord |
| Kirchhoff, Gustav Robert |
| Kirchhoff's law |
| L |
| Linescanner, infrared |
| applications |
| electronics |
| principles of operation |
| two-dimensional imaging |
| M |
| Maxwell, James Clerk |
| Maxwell-Boltzmann equation |
| Mirrors |
| (see Optical systems) |
| Multicolor pyrometer |
| (see Radiation thermometer, ratio) |
| N |
| Newton, Sir Isaac |
| N-Factor |
| O |
| Omega Engineering, |
| about
|
| contact information
|
| Optical pyrometer
|
| (see Radiation thermometer, optical)
|
| Optical systems,
|
| configuration
|
| field of view
|
| sighting path
|
| transmission characteristics
|
| P |
| Peltier, Jean
|
| Peltier effect
|
| Photoelectric effect
|
| Planck, Max Karl Ernst Ludwig
|
| Planck's constant
|
| Planck's distribution law
|
| Planck's equation
|
| Purging
|
| Pyrometer
|
| (see Radiation thermometer)
|
| Q |
| Quantum theory |
| R |
| Radiation, infrared
|
| definition
|
| directional dependence
|
| discovery
|
| energy balance
|
| historical uses
|
| Radiation thermometer,
|
| accessories
|
| advantages
|
| alternative configurations
|
| application guidelines
|
| broadband
|
| definition of
|
| design considerations
|
| detector options
|
| electronics
|
| features
|
| handheld
|
| industrial applications
|
| mounted
|
| limitations
|
| multi-wavelength
|
| narrow band
|
| operation
|
| optical
|
| N factor equation
|
| ratio
|
| single-color (see narrow band)
|
| two-color (see ratio)
|
| Rayleigh, John
|
| Reference texts
|
| Reflectance
|
| Reflectivity
|
| Ribbon-filament lamp
|
| (see Tungsten filament lamp)
|
| S |
| Seebeck, T.J.
|
| Shielding
|
| Sighting path
|
| (see Optical systems)
|
| Sighting tube
|
| Spectrum, electromagnetic
|
| Stefan, Josef
|
| Stefan-Boltzmann constant
|
| Stefan-Boltzmann equation
|
| Stirling cycle
|
| Surfaces,
|
| diffuse
|
| non-ideal
|
| specular
|
| T |
| Thermocouple
|
| compensation
|
| operating principles
|
| intermediate temperatures, law of
|
| Thermocouple, infrared
|
| accessories
|
| application guidelines
|
| calibration
|
| configuration options
|
| installation guidelines
|
| operating principles
|
| Thermography,
|
| applications
|
| detector cooling
|
| detector options
|
| electronics
|
| image analysis
|
| operating principles
|
| radiometric devices
|
| resolution
|
| viewing devices
|
| Thermopile
|
| Thermometer,
|
| definition
|
| invention
|
| Thermowell
|
| Thompson, William
|
| (see Kelvin, Lord)
|
| Thompson effect
|
| Transmissivity
|
| Transmittance
|
| Tungsten filament lamp
|
| (see Calibration)
|
| Two-color pyrometer
|
| (see Radiation thermometer, ratio)
|
| W |
| Wavelength
|
| Website resources
|
| Wien, Wilhelm
|
| Wien's displacement law
|
| Wien's law |
