Probe LBT 2854: Raidne II Deep Scan
Date: 497-02-17 03:41:05 UTC
Location:
Raidne II, Coordinates: 43.7231°, 121.4023°, 20.0156° (Galactic)
Scan Results:
Elemental Composition:
Atmosphere:
Hydrogen Chloride (HCl): 37.51% (by volume)
Sulfur Dioxide (SO2): 23.19% (by volume)
Phosgene (COCl2): 14.52% (by volume)
Radon (Rn): 8.42% (by volume)
Polonium (Po): 2.15% (by volume)
Chlorine (Cl2): 1.58% (by volume)
Surface:
Silicates: 52.11% (by mass)
Heavy metals (Pb, Cd, Hg): 21.42% (by mass)
Radioactive isotopes (U, Th, Ra): 12.19% (by mass)
Geological Features:
Volcanic activity detected
Extensive sulfur deposits
Evidence of recent tectonic activity
Radiation Levels:
Cosmic background radiation: 5.12 mSv/h
Local radiation sources: 312.15 mSv/h (extreme)
Radioactive isotopes detected in atmosphere and surface
Magnetic Field:
Weak magnetic field detected (0.008 Gauss)
Atmospheric Pressure:
Surface pressure: 2.5 times
Earth's pressure
Temperature:
Surface temperature range: 50°C to 200°C
Conclusion:
Raidne II is a highly toxic and radioactive world, with an atmosphere lethal to most known forms of life. The surface is scarred by volcanic activity and tectonic processes. The presence of heavy metals and radioactive isotopes makes this planet a significant hazard to nearby spacecraft.
Recommendations:
Avoid proximity to
Raidne II due to extreme radiation risks
Further analysis of atmospheric composition for potential insights into planetary formation
Monitoring of volcanic activity for potential resource extraction (with extreme caution)
Probe Status:
Power level: 81.15%
Fuel level: 90.42%
Systems nominal
Radiation shielding performance: 92.56% (within acceptable limits)
Warning:
Approach
Raidne II with extreme caution. Radiation levels pose significant risk to personnel and equipment. Periodic pulses emmitted from both poles show intense gamma radiation, warranting further study.
End Report
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