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2. Botov MI, Vyakhirev VA (2013) Fundamentals of the theory of radar systems and complexes.
Textbook. SFU, Krasnoyarsk
3. Bots MI (2012) An introduction to the theory of radar systems: monograph. In: Bots IM,
Vyakhirev AV, Devotchka V, Bots MI (eds) Siberian Federal University, Krasnoyarsk
4. Brylev GB, Gashina SB, Nezdoiminogo GL (1986) Radar characteristics of clouds and
precipitation. Gidrometeoizdat
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6. Dudko BP (2003) Radionavigation: textbook. TUSUR, Tomsk
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8. Theoretical foundations of radar. In: Shirman JD (ed) Sov. Radio
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communications
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edn. In: Korostelev AA, Klyuev NF et al. (eds) reprint and add. Sov. Radio
13. Karutin SN (2014) Differential correction and monitoring of global navigation satellite systems
(GNSS). MSU Publishing House, Moscow
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educational institutions under. In: Kondratenkov GS (ed) Radio engineering
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Petersburg
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structure of radar signals. In: Radio engineering
18. Kozlov AI, Logvin AI, Sarychev VA (2007) Polarization of radio waves. KN.2. Radar
polarimetry. In: Radio engineering, Moscow
19. Kozlov AI, Logvin AI, Sarychev VA (2008) Polarization of radio waves 3. Radiopolarimetry
of complex signal structures. In: Radio engineering
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radio navigation systems. In: Radio engineering
© The Editor(s) (if applicable) and The Author(s), under exclusive license
to Springer Nature Singapore Pte Ltd. 2021
D. A. Akmaykin et al., Theoretical Foundations of Radar Location
and Radio Navigation, Springer Aerospace Technology,
https://doi.org/10.1007/978-981-33-6514-8
325
1. Bakulev PA Radar systems: textbook for universities. In: Bakulev PA (ed) 2nd, reprint
2. Botov MI, Vyakhirev VA (2013) Fundamentals of the theory of radar systems and complexes.
Textbook. SFU, Krasnoyarsk
3. Bots MI (2012) An introduction to the theory of radar systems: monograph. In: Bots IM,
Vyakhirev AV, Devotchka V, Bots MI (eds) Siberian Federal University, Krasnoyarsk
4. Brylev GB, Gashina SB, Nezdoiminogo GL (1986) Radar characteristics of clouds and
precipitation. Gidrometeoizdat
5. Demidenko PP (2003) Ship radar and radio navigation systems. Phoenix, Odessa
6. Dudko BP (2003) Radionavigation: textbook. TUSUR, Tomsk
7. Shirokov Yu F (2012) Fundamentals of the theory of radar systems. SSAU, Samara
8. Theoretical foundations of radar. In: Shirman JD (ed) Sov. Radio
9. Sosulin Yu G (1992) Theoretical foundations of radar and radio navigation. In: Radio and
communications
10. Finkelstein MI (1984) Fundamentals of radar. In: Radio and communications
11. Sosnovsky AA, Khaimovich IA (1982) Aviation radar. Guide. In: Davydov PS (ed) Transport
12. Dulevich VE (1978) Theoretical foundations of radar. Training manual for universities, 2nd
edn. In: Korostelev AA, Klyuev NF et al. (eds) reprint and add. Sov. Radio
13. Karutin SN (2014) Differential correction and monitoring of global navigation satellite systems
(GNSS). MSU Publishing House, Moscow
14. Kondratenkov GS, Yu FA (2005) Radio vision. Earth-sensing radars. Textbook for higher
educational institutions under. In: Kondratenkov GS (ed) Radio engineering
15. Sokolov AV (ed) (2003) Questions of perspective radar: monograph. In: Radio engineering
16. Akhmedov RM et al (2004) Automated air traffic control systems: new information technologies in aviation: textbook. Manual. In: Pyatko SG, Krasov AI (eds) Polytechnic,
Petersburg
17. Kozlov AI, Logvin AI, Sarychev VA (2005) Polarization of radio waves. KN. 1. Polarization
structure of radar signals. In: Radio engineering
18. Kozlov AI, Logvin AI, Sarychev VA (2007) Polarization of radio waves. KN.2. Radar
polarimetry. In: Radio engineering, Moscow
19. Kozlov AI, Logvin AI, Sarychev VA (2008) Polarization of radio waves 3. Radiopolarimetry
of complex signal structures. In: Radio engineering
20. Solovyov Yu A (2003) Satellite navigation and its applications. In: Eco-Trends
21. Labels MS (1985) Statistical theory of radio navigation. In: Radio and communications
22. Labelkov MS (2017) Meander noise-like signals (BOC-signals) and their varieties in satellite
radio navigation systems. In: Radio engineering
© The Editor(s) (if applicable) and The Author(s), under exclusive license
to Springer Nature Singapore Pte Ltd. 2021
D. A. Akmaykin et al., Theoretical Foundations of Radar Location
and Radio Navigation, Springer Aerospace Technology,
https://doi.org/10.1007/978-981-33-6514-8
325
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