Variation of the Satellite Orbit Altitude by the Light Pressure Force
Uncontrolled rotational motion of the Aist small spacecraft prototype
Uncontrolled motion of the Foton M-2 satellite and quasistatic microaccelerations on its board
Uncontrolled attitude motion of the small satellite Aist
Uncontrolled Attitude Motion of the Orbital Station MIR in the Last Months of Its Flight
Uncontrollable Rotational Motion of the Mir Orbital Station
The Mode of Gravitational Orientation for the International Space Station
Study of vibration microaccelerations onboard the International Space Station
Study of the mode of angular velocity damping for a spacecraft at non-standard situation
Study of singular surfaces of systems of unsupported gyrodynes by the parameter continuation method
Single-Axis Solar Orientation of a Satellite of the Earth
Rotational motion of Foton M-4
Results of Space-Flight Tests of the Vibration-Protective Platform VZP-1K
Reconstruction of spacecraft rotational motion using a Kalman filter
Quasistatic Microaccelerations onboard the Foton Satellite during Its Flight at High-Altitude Orbits
Periodic Approximation of the Rotational Motion of the Photon-12 Satellite
One method of gravitational attitude control of a rotating satellite
Modes of uncontrolled rotational motion of the Progress M-29M spacecraft
Mechanics of Zero Gravity and Gravitationally Sensitive Systems (First Issue)
Low-Frequency Microaccelerations onboard the Foton-11 Satellite
Halo orbits in the vicinity of the L 2 libration point in the Sun-Earth system
Gravitational Orientation of Progress MS-07 and Progress MS-08 Transport Cargo Spacecraft
Experiments with the DAKON-M convection sensor
Evolution of the Orbit of an Earth Satellite with a Solar Sail
Erratum to: Periodic Approximation of the Rotational Motion of the Photon-12 Satellite
Determining the rotational motion of the Bion M-1 satellite with the GRAVITON instrument
Determining Spacecraft Motion from Four Star Sensor Measurements
Determination of the Quasistatic Component of Microaccelerations at the MirStation
Determination of the Microacceleration Quasisteady Component onboard the International Space Station