Search Results - "Morozova, S. P."

Radiation Thermometry and Emissivity Measurements Under Vacuum at the PTB by Monte, C., Gutschwager, B., Morozova, S. P., Hollandt, J.

“…A new experimental facility was realized at the PTB for reduced-background radiation thermometry under vacuum. This facility serves three purposes: (i)…”
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International Comparisons of the Absolute Radiometer Mar-1 with the World Radiation Standard by Pavlovich, M. N., Morozova, S. P., Sapritskii, V. I., Stakharnyi, A. A., Lisyanskii, B. E.

“…The electronic system for the absolute radiometer MAR-1, which is a part of the national primary standard GET 86-2010 for the units of spectral radiance,…”
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National Primary Standard for the Units of Absolute and Relative Spectral Sensitivity at Wavelengths from 0.25 TO 14.00 μm Get 213–2014 by Gavrilov, V. R., Dunaev, A. Yu, Lisyanskii, B. E., Morozova, S. P., Otryaskin, D. A., Sapritskii, V. I., Khlevnoi, B. B.

“…This is a discussion of the characteristics of a cryogenic radiometer and monochromatic radiation source that form part of the National primary standard GET…”
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Precision black body model at a temperature range of 200–450 K: metrological assurance for optical-electronic equipment for remote sensing of the Earth in the infrared range of the spectrum by Dovgilov, N. L., Morozova, S. P., Alekseev, S. V., Dunaev, A. Yu, Gavrilov, V. R., Dmitriev, I. Yu, Linskyi, P. M., Vasiliev, V. N.

“…We discuss challenges in radiometric calibration of optical-electronic equipment for Earth remote sensing (ERS) over a wide range of spectral radiances. An…”
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Vacuum large-aperture black body model in the temperature range of 223.15–423.15 K for radiometric calibration of optoelectronic equipment for earth observations by Dovgilov, N. L., Morozova, S. P., Alekseev, S. V., Dunaev, A. Yu, Gavrilov, V. R., Dmitriev, I. Yu, Linskyi, P. M., Vasiliev, V. N.

“…The article presents the structure of systems for radiometric calibration for the Earth remote sensing optoelectronic equipment in the infrared spectrum range…”
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Monochromatic Radiation Source Based on a Supercontinuum Laser for Measurement of Spectral Sensitivity of Radiation Detectors in the Range 0.9–1.6 μm with the Use of an Absolute Cryogenic Radiometer by Dunaev, A. Yu, Baturin, A. S., Krutikov, V. N., Morozova, S. P.

“…An improved monochromatic radiation source with spectral width 4 nm based on a supercontinuum laser and double monochromator is introduced into a unit based on…”
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First-Class State Working Standard of Units of Wavelength in the Range from 1.25 to 20.00 μm and of Wavenumber in the Range from 500 to 8000 cm–1 by Dunaev, A. Yu, Bormashov, V. S., Morozova, S. P., Gavrilov, V. R.

“…The first-class State Working Standard of units of wavelength in the range from 1.25 to 20.00 μm and of units of wavenumber in the range from 500 to 8000 cm –1…”
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Spectrophotometric Instruments Incorporated into get 156-2015, the State Primary Standard of the Unit of Spectral Regular Transmittance, Unit of Spectral Diffuse Reflectance, and Unit of Spectral Specular Reflectance in the Range of Wavelengths from 0.2 to 20.0 [mu]m by Dunaev, A. Yu, Zolotarevskii, Yu. M, Morozova, S. P, Sapritskii, V. I, Fidanyan, G. S, Erikova, A. A

“…The principles of operation and the composition of instruments incorporated into GET 156-2015, the State Primary Standard of the unit of spectral regular…”
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Spectrophotometric Instruments Incorporated into get 156–2015, the State Primary Standard of the Unit of Spectral Regular Transmittance, Unit of Spectral Diffuse Reflectance, and Unit of Spectral Specular Reflectance in the Range of Wavelengths from 0.2 to 20.0 μm by Dunaev, A. Yu, Zolotarevskii, Yu. M., Morozova, S. P., Sapritskii, V. I., Fidanyan, G. S., Erikova, A. A.

“…The principles of operation and the composition of instruments incorporated into GET 156–2015, the State Primary Standard of the unit of spectral regular…”
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Facility for Measuring the Spatial Uniformity of the Radiation Power of the Surface of the Large-Area Blackbody by Morozova, S. P., Dunaev, A. Y., Katysheva, A. A., Sapritsky, V. I., Parfentyev, N. A., Ogarev, S. A., Karpunin, D. N.

“…The new stage of the development of space-borne information systems is the creation of the Global Earth Observation System. For the full functioning of such a…”
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State Primary Standard GET 156-2015 of Units of Spectral Coefficients of Directional Transmission, Diffuse and Specular Reflections in the Wavelength Range from 0.2 to 20.0 μm by Dunaev, A. Yu, Zolotarevskii, Yu. M., Morozova, S. P., Sapritskii, V. I., Fidanyan, G. S., Erikova, A. A.

“…We present the composition of the State Primary Standard GET 156-2015 of units of the spectral coefficients of directional transmission, diffuse and specular…”
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State Primary Standard GET 156-2015 of Units of Spectral Coefficients of Directional Transmission, Diffuse and Specular Reflections in the Wavelength Range from 0.2 to 20.0 [mu]m by Dunaev, A. Yu, Zolotarevskii, Yu. M, Morozova, S. P, Sapritskii, V. I, Fidanyan, G. S, Erikova, A. A

“…We present the composition of the State Primary Standard GET 156-2015 of units of the spectral coefficients of directional transmission, diffuse and specular…”
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Vacuum Variable Medium Temperature Blackbody by Morozova, S. P., Parfentiev, N. A., Lisiansky, B. E., Melenevsky, U. A., Gutschwager, B., Monte, C., Hollandt, J.

“…This article describes the vacuum variable medium-temperature blackbody (VMTBB) constructed to serve as a highly stable reference source with an aperture…”
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Reference Blackbody Sources in the 100–3500 K Range for Precision Measurements in Radiometry, Photometry, and Optical Thermometry by Khlevnoi, B. B., Ogarev, S. A., Sapritskii, V. I., Morozova, S. P., Samoilov, M. L., Sakharov, M. K., Khromchenko, V. B., Shapoval, V. I.

“…A wide range of precise blackbody radiation sources that cover the entire optical wavelength range from IR to near-UV at working temperatures from 80 to 3500 K…”
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Low- and Mid-Temperature Precision Blackbody Models for Radiometry and Radiation Thermometry by Ogarev, S. A., Khlevnoi, B. B., Lisyanksii, B. E., Morozova, S. P., Samoilov, M. L., Sapritskii, V. I.

“…Low- and mid-temperature blackbody models with operating temperatures in the range 80–1200 K are considered. These types of models function as components of…”
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The Present State and Future Prospects for Developing a System for Ensuring Common Standards of Measurement in the Area of Solar Radiation Radiometry by Morozova, S. P., Pavlovich, M. N., Sapritskii, V. I.

“…A system for ensuring common standards of measurements of energy illumination produced by solar radiation is considered. The results of many years of…”
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Vacuum Variable-Temperature Blackbody VTBB100 by Morozova, S. P., Parfentiev, N. A., Lisiansky, B. E., Sapritsky, V. I., Dovgilov, N. L., Melenevsky, U. A., Gutschwager, B., Monte, C., Hollandt, J.

“…The present state-of-the-art of precision radiometry based on the vacuum variable-low-temperature blackbody source VTBB100 developed for the low-background…”
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The development of emissivity measurements under vacuum at the PTB by Adibekyan, A. R., Monte, C., Kehrt, M., Morozova, S. P., Gutschwager, B., Hollandt, J.

“…The consistency of the values of the spectral radiance of two standard vacuum absolutely black bodies (low and medium temperature) in the 80–170°C range,…”
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Unified Measurements of Quantities Characterizing Incoherent Optical Radiation by Sapritskii, V. I., Morozova, S. P., Ogarev, S. A., Pavlovich, M. N., Panfilov, A. S., Khlevnoi, B. B.

“…A suite of state primary standards is described for the units of optical radiation consisting of precision standard sources, detectors, and other…”
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Monochromatic radiation source for calibration of the relative spectral sensitivity of earth observation instruments by Morozova, S. P., Lisyanskii, B. E., Parfentiev, N. A., Panfilov, A. S., Rybakova, A. N.

“…The design of the major components and parts of a wide-aperture monochromatic radiation source for calibration of earth observation instruments, and its…”
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