Unified Measurements of Quantities Characterizing Incoherent Optical Radiation
- 16 Downloads
A suite of state primary standards is described for the units of optical radiation consisting of precision standard sources, detectors, and other opticoelectronic devices developed at VNIIOFI in the period 1982–2002. Results are given from international comparisons and the use of standard facilities and calibration units for metrological support to space research and remote Earth sensing.
Key wordsoptical radiometry photometry black body state primary standards metrology preflight space calibration
Unable to display preview. Download preview PDF.
- 2.V. S. Ivanov et al., Svetotekh., No. 5, 3 (2002).Google Scholar
- 3.V. I. Sapritsky et al., Metrolog., 40, No.1, 128 (2003).Google Scholar
- 4.B. B. Khlevnoy et al., ibid., 39.Google Scholar
- 5.GOST 8.023-2003, The State System of Measurements: The State Test Scheme for Means of Measuring Optical Quantities on Continuous-Wave and Pulsed Radiations [in Russian].Google Scholar
- 6.GOST 8.195-89, The State System of Measurements: The State Test Scheme for Means of Measuring the Spectral Density of Energy Brightness, the Spectral Density of Radiation Strength, and the Spectral Density of Illumination Energy in the Wavelength Range 0.25–25.00 μm; Also Radiation Strength and Illumination Energy in the Wavelength Range 0.2–25.0 μm [in Russian].Google Scholar
- 7.GOST 8.557-91, The State System of Measurements: The State Test Scheme for Means of Measuring Spectral, Integral, and Reduced Coefficients for Directional Transmission in the Wavelength Range 0.2–50.0 μm and of Diffuse Reflectivity and Specular Reflectivity in the Wavelength Range 0.2–20 μm [in Russian].Google Scholar