Abstract

This paper proposes methods that make it possible to use a scanning hemispherical radiometer (wavelength range 8–13 ?m) to determine the height of the lower limit, the direction, and the speed of motion of clouds in the daytime and nighttime at various heights of the troposphere. Experimental results are presented concerning the variability of the structure of the radiation fields and of various speeds and directions of motion of the clouds. A transition is designated to an improved measurement system using an IR array.

© 2013 Optical Society of America

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  1. M. I.  Allenov, V. N.  Ivanov, D. N.  Tret’yakov, N. D.  Tret’yakov, “Scanning hemispherical radiometer,” Prib. Tekh. Éksp. No. 5, 162 (2009).
  2. M. I.  Allenov, A. V.  Artyukhov, V. N.  Ivanov, N. D.  Tret’yakov, V. O.  Fedorov, “Method of determining the direction and velocity of clouds from the structure of the intrinsic radiation in the 8–13 ?m range,” Met. Gidrol. No. 4, 100 (2012).
  3. M. I.  Allenov, V. N.  Ivanov, N. D.  Tret’yakov, “System for recognizing the shapes of clouds,” Russian Patent No. 2 331 853 (2008).
  4. K. Ya.  Kondrat’ev, Radiant Thermal Exchange in the Atmosphere (Gidrometeoizdat, Leningrad, 1956).
  5. A. M.  Allenov, M. I.  Allenov, V. N.  Ivanov, V. A.  Solov’ev, Stochastic Structure of the Radiation of Clouds (Gidrometeoizdat, St. Petersburg, 2002).
  6. M. I.  Allenov, Parametrizing Natural Media in Order to Recognize Them (Obninsk, 2011).
  7. “Standard atmosphere,” http://encyclopaedia.biga.ru/enc/science_and_technology/ATMOSFERA\_ZEMLI.html .
  8. M. I.  Allenov, A. V.  Artyukhov, V. N.  Ivanov, N. N.  Novikov, N. D.  Tret’yakov, V. O.  Fedorov, “Radiation classification of the shapes of clouds from measurements of the intrinsic radiation in the 8–13 ?m region in the daytime and nighttime,” in Collection of Papers of the Tenth International Conference on Applied Optics-2012, St. Petersburg, 2012, pp. 215–220.

2012

M. I.  Allenov, A. V.  Artyukhov, V. N.  Ivanov, N. D.  Tret’yakov, V. O.  Fedorov, “Method of determining the direction and velocity of clouds from the structure of the intrinsic radiation in the 8–13 ?m range,” Met. Gidrol. No. 4, 100 (2012).

2009

M. I.  Allenov, V. N.  Ivanov, D. N.  Tret’yakov, N. D.  Tret’yakov, “Scanning hemispherical radiometer,” Prib. Tekh. Éksp. No. 5, 162 (2009).

Allenov, A. M.

A. M.  Allenov, M. I.  Allenov, V. N.  Ivanov, V. A.  Solov’ev, Stochastic Structure of the Radiation of Clouds (Gidrometeoizdat, St. Petersburg, 2002).

Allenov, M. I.

M. I.  Allenov, A. V.  Artyukhov, V. N.  Ivanov, N. D.  Tret’yakov, V. O.  Fedorov, “Method of determining the direction and velocity of clouds from the structure of the intrinsic radiation in the 8–13 ?m range,” Met. Gidrol. No. 4, 100 (2012).

M. I.  Allenov, V. N.  Ivanov, D. N.  Tret’yakov, N. D.  Tret’yakov, “Scanning hemispherical radiometer,” Prib. Tekh. Éksp. No. 5, 162 (2009).

A. M.  Allenov, M. I.  Allenov, V. N.  Ivanov, V. A.  Solov’ev, Stochastic Structure of the Radiation of Clouds (Gidrometeoizdat, St. Petersburg, 2002).

M. I.  Allenov, V. N.  Ivanov, N. D.  Tret’yakov, “System for recognizing the shapes of clouds,” Russian Patent No. 2 331 853 (2008).

M. I.  Allenov, Parametrizing Natural Media in Order to Recognize Them (Obninsk, 2011).

M. I.  Allenov, A. V.  Artyukhov, V. N.  Ivanov, N. N.  Novikov, N. D.  Tret’yakov, V. O.  Fedorov, “Radiation classification of the shapes of clouds from measurements of the intrinsic radiation in the 8–13 ?m region in the daytime and nighttime,” in Collection of Papers of the Tenth International Conference on Applied Optics-2012, St. Petersburg, 2012, pp. 215–220.

Artyukhov, A. V.

M. I.  Allenov, A. V.  Artyukhov, V. N.  Ivanov, N. D.  Tret’yakov, V. O.  Fedorov, “Method of determining the direction and velocity of clouds from the structure of the intrinsic radiation in the 8–13 ?m range,” Met. Gidrol. No. 4, 100 (2012).

M. I.  Allenov, A. V.  Artyukhov, V. N.  Ivanov, N. N.  Novikov, N. D.  Tret’yakov, V. O.  Fedorov, “Radiation classification of the shapes of clouds from measurements of the intrinsic radiation in the 8–13 ?m region in the daytime and nighttime,” in Collection of Papers of the Tenth International Conference on Applied Optics-2012, St. Petersburg, 2012, pp. 215–220.

Fedorov, V. O.

M. I.  Allenov, A. V.  Artyukhov, V. N.  Ivanov, N. D.  Tret’yakov, V. O.  Fedorov, “Method of determining the direction and velocity of clouds from the structure of the intrinsic radiation in the 8–13 ?m range,” Met. Gidrol. No. 4, 100 (2012).

M. I.  Allenov, A. V.  Artyukhov, V. N.  Ivanov, N. N.  Novikov, N. D.  Tret’yakov, V. O.  Fedorov, “Radiation classification of the shapes of clouds from measurements of the intrinsic radiation in the 8–13 ?m region in the daytime and nighttime,” in Collection of Papers of the Tenth International Conference on Applied Optics-2012, St. Petersburg, 2012, pp. 215–220.

Ivanov, V. N.

M. I.  Allenov, A. V.  Artyukhov, V. N.  Ivanov, N. D.  Tret’yakov, V. O.  Fedorov, “Method of determining the direction and velocity of clouds from the structure of the intrinsic radiation in the 8–13 ?m range,” Met. Gidrol. No. 4, 100 (2012).

M. I.  Allenov, V. N.  Ivanov, D. N.  Tret’yakov, N. D.  Tret’yakov, “Scanning hemispherical radiometer,” Prib. Tekh. Éksp. No. 5, 162 (2009).

M. I.  Allenov, V. N.  Ivanov, N. D.  Tret’yakov, “System for recognizing the shapes of clouds,” Russian Patent No. 2 331 853 (2008).

A. M.  Allenov, M. I.  Allenov, V. N.  Ivanov, V. A.  Solov’ev, Stochastic Structure of the Radiation of Clouds (Gidrometeoizdat, St. Petersburg, 2002).

M. I.  Allenov, A. V.  Artyukhov, V. N.  Ivanov, N. N.  Novikov, N. D.  Tret’yakov, V. O.  Fedorov, “Radiation classification of the shapes of clouds from measurements of the intrinsic radiation in the 8–13 ?m region in the daytime and nighttime,” in Collection of Papers of the Tenth International Conference on Applied Optics-2012, St. Petersburg, 2012, pp. 215–220.

Kondrat’ev, K. Ya.

K. Ya.  Kondrat’ev, Radiant Thermal Exchange in the Atmosphere (Gidrometeoizdat, Leningrad, 1956).

Novikov, N. N.

M. I.  Allenov, A. V.  Artyukhov, V. N.  Ivanov, N. N.  Novikov, N. D.  Tret’yakov, V. O.  Fedorov, “Radiation classification of the shapes of clouds from measurements of the intrinsic radiation in the 8–13 ?m region in the daytime and nighttime,” in Collection of Papers of the Tenth International Conference on Applied Optics-2012, St. Petersburg, 2012, pp. 215–220.

Solov’ev, V. A.

A. M.  Allenov, M. I.  Allenov, V. N.  Ivanov, V. A.  Solov’ev, Stochastic Structure of the Radiation of Clouds (Gidrometeoizdat, St. Petersburg, 2002).

Tret’yakov, D. N.

M. I.  Allenov, V. N.  Ivanov, D. N.  Tret’yakov, N. D.  Tret’yakov, “Scanning hemispherical radiometer,” Prib. Tekh. Éksp. No. 5, 162 (2009).

Tret’yakov, N. D.

M. I.  Allenov, A. V.  Artyukhov, V. N.  Ivanov, N. D.  Tret’yakov, V. O.  Fedorov, “Method of determining the direction and velocity of clouds from the structure of the intrinsic radiation in the 8–13 ?m range,” Met. Gidrol. No. 4, 100 (2012).

M. I.  Allenov, V. N.  Ivanov, D. N.  Tret’yakov, N. D.  Tret’yakov, “Scanning hemispherical radiometer,” Prib. Tekh. Éksp. No. 5, 162 (2009).

M. I.  Allenov, V. N.  Ivanov, N. D.  Tret’yakov, “System for recognizing the shapes of clouds,” Russian Patent No. 2 331 853 (2008).

M. I.  Allenov, A. V.  Artyukhov, V. N.  Ivanov, N. N.  Novikov, N. D.  Tret’yakov, V. O.  Fedorov, “Radiation classification of the shapes of clouds from measurements of the intrinsic radiation in the 8–13 ?m region in the daytime and nighttime,” in Collection of Papers of the Tenth International Conference on Applied Optics-2012, St. Petersburg, 2012, pp. 215–220.

Met. Gidrol.

M. I.  Allenov, A. V.  Artyukhov, V. N.  Ivanov, N. D.  Tret’yakov, V. O.  Fedorov, “Method of determining the direction and velocity of clouds from the structure of the intrinsic radiation in the 8–13 ?m range,” Met. Gidrol. No. 4, 100 (2012).

Prib. Tekh. Éksp.

M. I.  Allenov, V. N.  Ivanov, D. N.  Tret’yakov, N. D.  Tret’yakov, “Scanning hemispherical radiometer,” Prib. Tekh. Éksp. No. 5, 162 (2009).

Other

M. I.  Allenov, V. N.  Ivanov, N. D.  Tret’yakov, “System for recognizing the shapes of clouds,” Russian Patent No. 2 331 853 (2008).

K. Ya.  Kondrat’ev, Radiant Thermal Exchange in the Atmosphere (Gidrometeoizdat, Leningrad, 1956).

A. M.  Allenov, M. I.  Allenov, V. N.  Ivanov, V. A.  Solov’ev, Stochastic Structure of the Radiation of Clouds (Gidrometeoizdat, St. Petersburg, 2002).

M. I.  Allenov, Parametrizing Natural Media in Order to Recognize Them (Obninsk, 2011).

“Standard atmosphere,” http://encyclopaedia.biga.ru/enc/science_and_technology/ATMOSFERA\_ZEMLI.html .

M. I.  Allenov, A. V.  Artyukhov, V. N.  Ivanov, N. N.  Novikov, N. D.  Tret’yakov, V. O.  Fedorov, “Radiation classification of the shapes of clouds from measurements of the intrinsic radiation in the 8–13 ?m region in the daytime and nighttime,” in Collection of Papers of the Tenth International Conference on Applied Optics-2012, St. Petersburg, 2012, pp. 215–220.

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