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Modern Technologies for Meteorological Parameters Measurement
Major: Earth Sciences
Code of Subject: 8.103.00.M.25
Credits: 3
Department: Higher Geodesy and Astronomy
Lecturer: Professor Zablotsky Fedor Dmitrovich.
Semester: 4 семестр
Mode of Study: денна
Learning outcomes:
• know the definition and characteristics of the main meteorological parameters: atmospheric pressure, temperature and humidity, air density, dew point temperature; basic methods of measuring meteorological parameters in the troposphere and stratosphere; methods for determining the hydrostatic and wet components of the anti-aircraft tropospheric delay of GNSS signals; methods for determining the water vapor content in the atmosphere.
• be able to build vertical profiles of major meteorological variables within a neutral atmosphere; using data from ground-based meteorological observations and radio soundings, to determine and evaluate the values ??of hydrostatic and wet components of the anti-aircraft tropospheric delay of GNSS signals; to determine the content of integrated water vapor in the troposphere according to the data of the zenith tropospheric delay derived from GNSS measurements;
• have an idea of ??the development of technologies for measuring meteorological parameters.
• be able to build vertical profiles of major meteorological variables within a neutral atmosphere; using data from ground-based meteorological observations and radio soundings, to determine and evaluate the values ??of hydrostatic and wet components of the anti-aircraft tropospheric delay of GNSS signals; to determine the content of integrated water vapor in the troposphere according to the data of the zenith tropospheric delay derived from GNSS measurements;
• have an idea of ??the development of technologies for measuring meteorological parameters.
Required prior and related subjects:
• Fundamentals of meteorology and climatology
• GNSS meteorology
• GNSS information resources
• GNSS meteorology
• GNSS information resources
Summary of the subject:
Contact (local) methods of measuring meteorological parameters. Ground meteorology. Aerology and radio sounding. Missile sounding. Remote methods for determining meteorological parameters. Water vapor radiometers. Leaders - laser location systems. The method of radio blackout. Combined methods for determining meteorological parameters. Numerical weather models.
Recommended Books:
1. Zablotsky F.D. GNSS meteorology: textbook. way. / Zablocki F.D. - Lviv: Lviv Polytechnic Publishing House, 2013. - 95 p.
2. Kleevskaya V.L. Ground meteorological observations: textbook. way. / V.L. Kleevskaya, O.O. Polishchuk. - H .: Nat. aerospace University “Khark. aviation. Inst. ”, 2010. - 52p.
3. Varbanets T.V. Meteorology: a textbook / Odessa, "Phoenix" ._ 2008._225p.
4. Kiselev V.N., Kuznetsov F.D. Methods of sounding the environment (atmosphere): Textbook / SCHPb., Ed. RGTMU, 2004.-429 p.
5. Khromov S.P., Petrosyants M.A. Meteorology and climatology / M.-Izd-vo MGU.-2001.-528p.
2. Kleevskaya V.L. Ground meteorological observations: textbook. way. / V.L. Kleevskaya, O.O. Polishchuk. - H .: Nat. aerospace University “Khark. aviation. Inst. ”, 2010. - 52p.
3. Varbanets T.V. Meteorology: a textbook / Odessa, "Phoenix" ._ 2008._225p.
4. Kiselev V.N., Kuznetsov F.D. Methods of sounding the environment (atmosphere): Textbook / SCHPb., Ed. RGTMU, 2004.-429 p.
5. Khromov S.P., Petrosyants M.A. Meteorology and climatology / M.-Izd-vo MGU.-2001.-528p.
Assessment methods and criteria:
• written reports on practical work, oral examination, control work (30%);
• final control (70%, control measure, exam): written and oral form (70%).
• final control (70%, control measure, exam): written and oral form (70%).