A possibility of storm and hail prediction using data about atmospheric ozone variations

Getsov, Petar; Mardirossian, Garo; Stoyanov, S.J.; Jekov, J.S.; Panova, P.S.

doi:10.1109/rast.2003.1303928

Cited by 1 publication

(2 citation statements)

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“…The photoelectric converter angle-code (24) is electrically connected to the step motor (22) and opposite to the flat scanning mirror (2) on the same optical axis is positioned concave mirror (5) and between them is fixed the reflecting prism (4), optically connected to the concave mirror (5) of the spectrometric tract, and to the flat mirror (14) of the photometric tract. The concave mirror ( 5) is connected optically with the flat mirror (6), which in turn through the inlet diaphragm (7) has an optical connection to the concave mirror (8) and from there to a diffraction grating (9) mounted on a movable carrier (10). The diffraction grating ( 9) is connected optically through the lens (11) and the outlet diaphragm (12) to the sensor (13).…”

Section: Patent Claimsmentioning

confidence: 99%

“…The sensors ( 13) and (18), respectively parts of the spectrometric and photometric tracts, are electrically connected to microprocessor system (MPS) (19) through the analog-digital converters (ADCs), respectively (20) and (21). The step motor (25) via a mechanical unit (26) is mechanically connected to the carrier (10) of the diffraction grating (9). The photoelectric converter angle-code (27) is electrically connected to the electric motor (25), the reflective prism (4) via the semi-transparent flat mirror (14) is optically connected to the input of the camera (28) and to same camera is connected the MPS outlet (19).…”

Section: Patent Claimsmentioning

confidence: 99%

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Satellite Monitoring

Stoyanov¹,

Zhekov²

2014

JSAR

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n the current paper, satellite methods for research of gas content of the atmosphere are presented. The stress is on the satellite methods and the measurement geometry. A generalized characteristic of the absorption specters of the atmospheric ozone and gases into the optic range is presented when research with land and satellite appliances and apparatuses. An evaluation of the satellite methods is made when measuring the content of small gases. Scientific results are presented which are received by satellite experiments and the perspectives of satellite research are laid down.

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