Atmospheric plasma deposition creates conductive conjugated polymer coatings, eliminating solvent use and vacuum infrastructure requirements.
A flexible polymeric shield embeds overlapping planar glass flakes to absorb low energy protons and protect spacecraft solar arrays.
Hexagonal mirror support mechanism uses flexible beam portions to absorb thermal expansion differences between the reflecting mirror and structure member.
A method calculates power-enhanced slew maneuvers using dynamic solar array orientation to maximize energy collection during satellite reorientation.
A compound controller estimates flywheel friction and appendage vibration disturbances to stabilize flexible spacecraft attitude.
Heat resistant panels with staggered joints disrupt airflow alignment to minimize overheating during spacecraft reentry.
A shape-memory-alloy joint controls panel position by limiting torsion spring bias through thermal phase transitions.
Electromagnetic machine replaces mechanical gimbals with magnetic actuation to eliminate singularities in control moment gyroscopes.
An insulated external reservoir employs hydrostatic pressure to maintain bubble-free fuel positioning, eliminating pre-acceleration requirements.
A boom locking mechanism secures the proximal end of a tubular boom to a root plug using clamps and levers.
A torsion bar release mechanism guides satellite deployment via a slider and guide interface.
A dual-mode flight control actuation system adjusts bandwidth to conserve energy during low-frequency operations.