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Update README.md (#6)

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@@ -38,7 +38,7 @@ The **Titan-Hohmann-Transfer-Orbit** dataset simulates an interplanetary mission
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  1. **Earth Departure**: The spaceprobe begins its journey with a launch vehicle, departing Earth’s orbit and entering a heliocentric transfer trajectory.
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  2. **Gravity Assist Phase**: The spaceprobe utilizes planetary flybys (e.g., Jupiter) to optimize its trajectory toward Saturn and Titan.
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  3. **Heliocentric Cruise**: The spaceprobe completes extended low-thrust propulsion arcs using Hall Effect thrusters, further refining its trajectory.
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- 4. **Titan Arrival**: Final adjustments are made for spaceprobe orbital insertion to commence Part Two of the mission profile including EDL of floating probes to study Kraken Mare and EDL of a communication relay near Kraken Mare to enable efficient floating probe - earth data transmission.
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  1. **Earth Departure**: The spaceprobe begins its journey with a launch vehicle, departing Earth’s orbit and entering a heliocentric transfer trajectory.
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  2. **Gravity Assist Phase**: The spaceprobe utilizes planetary flybys (e.g., Jupiter) to optimize its trajectory toward Saturn and Titan.
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  3. **Heliocentric Cruise**: The spaceprobe completes extended low-thrust propulsion arcs using Hall Effect thrusters, further refining its trajectory.
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+ 4. **Titan Arrival**: Final adjustments are being made for the space probe's orbital insertion, initiating Part Two of the mission profile. This phase includes the Entry, Descent, and Landing (EDL) of floating probes to study Kraken Mare, Titan's largest methane sea, along with the EDL of a communication relay near Kraken Mare to enable efficient data transmission between the floating probes and Earth.
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