Estimation and prediction of the attitude of a passive gravity-stabilized satellite
Method for predicting attitude of passive gravity stabilized satellite
Merrick, V. K.↗
Engineering topics
Merrick, V. K.
Publications and source records attributed to Merrick, V. K..
A technique for passive attitude control of solar oriented interplanetary spacecraft
Passive damping technique for attitude control of solar orientated interplanetary spacecraft
Merrick, V. K.↗
A split-damper inertially coupled passive gravity-gradient attitude control system.
Attitude errors of inertially coupled gravity gradient satellite with solar radiation pressure as dominant disturbance, noting slot problems in stabilized package accommodating damper motion
PRESSURE EFFECT↗
Stabilization of gravity oriented satellites Patent
Stabilization system for gravity-oriented satellites using single damper rod
Merrick, V. K.↗
The highly coupled system - A general approach to the passive attitude stabilization of space vehicles
Passive attitude control and stability for space vehicles with nonsymmetrical mass distribution, by means of inertial coupling between degrees of freedom
MASS DISTRIBUTION↗
The highly coupled system - A general approach to the passive attitude stabilization of space vehicles.
Passive stabilization of space vehicles with asymmetric mass distribution, using coupled system with optimum damping
GRAVITY GRADIENT SATELLITE↗
The status of passive-gravity-gradient stabilization.
Damping technique effect on performance of gravity-gradient satellite stabilization, noting means of creating restoring torques
SATELLITE ATTITUDE CONTROL↗
A split-damper inertially coupled passive gravity-gradient attitude control system.
Attitude errors of inertially coupled gravity gradient satellite with solar radiation pressure as dominant disturbance, noting slot problems in stabilized package accommodating damper motion
SATELLITE ATTITUDE CONTROL↗
Exploitation of inertial coupling in passive gravity-gradient-stabilized satellites
Exploitation of inertial coupling in passive gravity-gradient-stabilized satellites
GRAVITY GRADIENT SATELLITE↗
THE EXPLOITATION OF INERTIAL COUPLING IN PASSIVE GRAVITYGRADIENT STABILIZED SATELLITES
Parameters selected by analysis of passive damping techniques to facilitate optimum performance for an inertially coupled gravity gradient stabilized satellite
INERTIAL GUIDANCE↗
SOME CONTROL PROBLEMS ASSOCIATED WITH EARTH-ORIENTED SATELLITES
Satellite orientation - stability and control
SATELLITE ORIENTATION↗