V. Sapritsky

发表

Contact Measurements of Blackbody Temperatures

A. Prokhorov, V. Sapritsky, 2020 .

Absolute Primary Radiometric Thermometry

A. Prokhorov, V. Sapritsky, 2020 .

V. Sapritsky, Alexander Prokhorov, 2020, Blackbody Radiometry.

Elements of Blackbodies Design

A. Prokhorov, V. Sapritsky, 2020 .

Investigation of Furnace Uniformity and its Effect on High-Temperature Fixed-Point Performance

S. A. Ogarev, Yoshiro Yamada, Y. Yamada, 2008 .

Light measurements of high-luminance LEDs

V. I. Sapritsky, R. I. Stolyarevskaya, V. Sapritsky, 2000 .

International comparison of photometric units maintained at the VNIIOFI (Russia) and the PTB (Germany)

G. Sauter, V. Sapritsky, W. Erb, 1998 .

Black-body radiometry

V. Sapritsky, 1995 .

Absolute meter of photodetector quantum efficiency based on the parametric down-conversion effect

V. M. Ginzburg, A. Penin, V. Sapritsky, 1993 .

A method of realizing spectral-radiance and irradiance scales based on comparison of synchrotron and high-temperature black-body radiation

R. D. Saunders, R. Madden, T. R. O'Brian, 1995 .

Alternative Methods of Blackbody Thermodynamic Temperature Measurement Above Silver Point

A. Prokhorov, B. Khlevnoy, V. Sapritsky, 2015 .

Materials for Blackbody Radiators

A. Prokhorov, V. Sapritsky, 2020 .

Development of metal?carbon high-temperature fixed-point blackbodies for precision photometry and radiometry

Boris Khlevnoy, V. B. Khromchenko, V. I. Sapritsky, 2003 .

Radiation Thermometry of Blackbodies

A. Prokhorov, V. Sapritsky, 2020 .

High Temperature Fixed-Point Blackbodies Based on Metal-Carbon Eutectics for Precision Measurements in Radiometry, Photometry and Radiation Thermometry

B. Khlevnoy, V. Sapritsky, V. Khromchenko, 2003 .

Spectral effective emissivities of nonisothermal cavities calculated by the Monte Carlo method.

A. Prokhorov, A V Prokhorov, V. Sapritsky, 1995, Applied optics.

Realization of High-Temperature Reference Point of the Temperature Scale for the Phase Transition of a δMoC–C Metal-Carbon Compound

B. Khlevnoy, V. Sapritsky, I. A. Grigor’eva, 2019, Measurement Techniques.

Realization of High-Temperature Reference Point of the Temperature Scale for the Phase Transition of a δMoC–C Metal-Carbon Compound

B. Khlevnoy, V. Sapritsky, I. A. Grigor’eva, 2019, Measurement Techniques.

Development of large-area high-temperature fixed-point blackbodies for photometry and radiometry

B. Khlevnoy, K. Anhalt, V. Sapritsky, 2018 .

Essentials of Optical Radiation Metrology

Victor Sapritsky, Alexander Prokhorov, A. Prokhorov, 2020 .

Vacuum Variable-Temperature Blackbody VTBB100

Christian Monte, S. P. Morozova, B. E. Lisiansky, 2008 .

Precise Blackbody Sources Developed at VNIIOFI for Radiometry and Radiation Thermometry

B. E. Lisiansky, B. Khlevnoy, V. Sapritsky, 2012 .

Calculation of the Effective Emissivities of Specular-Diffuse Cavities by the Monte Carlo Method

A. Prokhorov, V. Sapritsky, 1992 .

Effective Emissivity

V. Sapritsky, Alexander Prokhorov, 2020, Blackbody Radiometry.

Dissemination of ultraprecise measurements in radiometry and remote sensing within 100–3500K temperature range based on blackbody sources developed in VNIIOFI

Boris Khlevnoy, Victor I. Sapritsky, V. B. Khromchenko, 2002, SPIE Optics + Photonics.

Theoretical Basis of Blackbody Radiometry

A. Prokhorov, V. Sapritsky, 2020 .

Melting points of gallium and of binary eutectics with gallium realized in small cells

Gail E. Bingham, Joseph J. Tansock, Boris Khlevnoy, 2008 .

Investigation of high-temperature black body BB3200

N. Fox, S. Mekhontsev, J. Metzdorf, 1998 .

An absolute cryogenic radiometer for laser calibration and characterization of photodetectors

S. P. Morozova, B. E. Lisiansky, V. I. Sapritsky, 1995 .

System level approach to satellite instrument calibration

Joseph J. Tansock, Gail Bingham, Victor Privalsky, 2006, SPIE Optics + Photonics.

A Method of Realizing Spectral Irradiance Based on an Absolute Cryogenic Radiometer

J B. Fowler, George P. Eppeldauer, Christopher L. Cromer, 1993 .

Intercomparison of radiation temperature measurements over the temperature range from 1600 K to 3300 K

N. Fox, D. Pollard, J. Metzdorf, 2003 .

Precision blackbody sources for radiometric standards.

B. E. Lisiansky, U. A. Melenevsky, K. A. Sudarev, 1997, Applied optics.

High-temperature blackbody sources for precision radiometry

Alexander V. Prokhorov, Victor I. Sapritsky, V. B. Khromchenko, 1996, Optics & Photonics.

High Accuracy Radiation TSP‐type Thermometers for Radiometric Scale Realization in the Temperature Range from 600 to 3200 °C

S. Mekhontsev, B. Khlevnoy, V. Sapritsky, 2003 .

International comparison of radiation-temperature measurements with filtered detectors over the temperature range 1380 K to 3100 K

Nigel P. Fox, Boris Khlevnoy, Neil J. Harrison, 1998 .

Primary UV radiation detector standards

V. V. Ivanov, O. Minaeva, V. Sapritsky, 2003 .

Low-Temperature Blackbodies for IR Calibrations in a Medium-Background Environment

V. Sapritsky, S. Ogarev, M. Samoylov, 2009 .

Variable- and fixed-point blackbody sources developed at VNIIOFI for precision measurements in radiometry and thermometry within 100K-3500K temperature range

V. I. Sapritsky, S. A. Ogarev, A. S. Panfilov, 2006, SPIE Optics + Photonics.

Blackbody sources within 100 - 1000 K temperature range for precision calibration of space-borne instruments

Vladimir B. Khromchenko, Sergey A. Ogarev, Boris E. Lisyansky, 2005, Proceedings. 2005 IEEE International Geoscience and Remote Sensing Symposium, 2005. IGARSS '05..

Optimization of filter radiometer spectral response

Nigel P. Fox, Alexander V. Prokhorov, Christopher J. Chunnilall, 1996, Optics & Photonics.

Metrological support for climatic time series of satellite radiometric data

Gail E. Bingham, Joseph J. Tansock, Boris Khlevnoy, 2009 .