Definition, Betydelse & Anagram | Engelska ordet SPACECRAFT'S

Definition av SPACECRAFT'S

1. böjningsform av spacecraft

Exempel på hur man kan använda SPACECRAFT'S i en mening

• The spacecraft's magnetic field source, represented by the purple dot, generates a magnetic field, shown as expanding black circles.
• In addition to the radio transmitters sending telemetry information back to Earth, the spacecraft released a sodium vapour cloud so the spacecraft's movement could be visually observed.
• The large TLI burn, usually performed by a chemical rocket engine, increases the spacecraft's velocity, changing its orbit from a circular low Earth orbit to a highly eccentric orbit.
• Doing so alters the spacecraft's rotational dynamics so that disturbance torques perpendicular to one axis of the satellite (the axis parallel to the wheel's spin axis) do not result directly in spacecraft angular motion about the same axis as the disturbance torque; instead, they result in (generally smaller) angular motion (precession) of that spacecraft axis about a perpendicular axis.
• Ground tracking of the spacecraft's orbit also allowed controllers to accurately map lunar gravitational anomalies in order to predict trajectories of future lunar missions such as those of the LOK and LK lunar landing vehicles.
• Once in orbit, the spacecraft was supposed to deploy a large sail, upon which photons from the Sun would push, thereby increasing the spacecraft's velocity (the contributions from the solar wind are similar, but of much smaller magnitude).
• It confirmed the Mercury spacecraft's durability ahead of the one-day Mercury-Atlas 9 mission that followed in 1963.
• Various power-ups, frequent in the first level, but progressively rare afterwards, permit an exponential increase of the spacecraft's seven different weapons (Guns, Buildup, Side Shots, Homing Missiles, Plasma, Magma, and Laserbeam).
• Forty minutes after being released from the Ariane upper stage, telemetry confirmed to ground stations that the spacecraft's solar arrays had successfully deployed.
• The plaques were attached to the spacecraft's antenna support struts in a position that would shield them from erosion by interstellar dust.
• The spacecraft's attitude control (orientation) was designed to be three-axis stabilized, including during the firing of the Star 48B solid rocket motor (SRM) used to place it into orbit around Venus.
• The astronauts also evaluated a lightweight spacesuit, the G5C, which proved uncomfortable when worn for a long time in the Gemini spacecraft's hot, cramped quarters.
• Then, using capacitive sensing to determine the spacecraft's position relative to the mass, very precise thrusters adjust the spacecraft so that it follows, keeping itself centered around the mass.
• Wilshire uses quantitative analytics to analyze market risks – a method Tito is credited with helping to develop by applying the same techniques he used to determine a spacecraft's path at JPL.
• The spacecraft's onboard computer system was contained in an Integrated Electronics Module (IEM), a device that combined core avionics into a single box.
• After a second EVA by Fisher and van Hoften, the satellite's control lever was repaired, permitting commands from the ground to activate the spacecraft's systems and eventually send it into its proper geosynchronous orbit.
• The spacecraft's apogee kick motor later circularized LAGEOS 2 orbit at its operational altitude of.
• Musgrave stood on the flight deck behind Cockrell in Seat 1 throughout re-entry and landing to film the spacecraft's reentry through the overhead windows.
• On 15 May 2024, ESA reported that a "glitch" prevented the spacecraft's thrusters from operating at full power during a scheduled manoeuvre on 26 April.
• In addition to replacing all six gyroscopes on the December flight, the crew replaced a Fine Guidance Sensor (FGS) and the spacecraft's computer.

Förberedelsen av sidan tog: 291,68 ms.