Natalia Petrova
Kazan Federal University, Kazan State Power Engineering University
Papers
3
Total Citations
38
H-Index
2
About
Natalia Petrova is a leading figure in lunar dynamics and precision astrometry, whose work has shaped our understanding of the Moon’s orbital and rotational behavior. Her most influential research, published in 2008, explores the profound implications of sub-centimeter lunar laser ranging for studying the Moon’s interior structure and gravitational field. This foundational paper, cited over 36 times, demonstrates how next-generation ranging can resolve subtle librations and tidal deformations, unlocking new insights into planetary formation. Petrova’s contributions extend to applied space navigation, where she developed a simulation model for spacecraft referencing to digital lunar maps, enabling more accurate autonomous landing and surface operations. Her work bridges fundamental celestial mechanics with practical mission design, making her a key voice in lunar exploration. With a career focused on the intersection of high-precision observation and dynamical theory, Petrova continues to influence both planetary science and the engineering of future lunar missions.
Research Focus
Key Achievements
Top Papers
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