About: Neta-class   Sponge Permalink

An Entity of Type : owl:Thing, within Data Space : 134.155.108.49:8890 associated with source dataset(s)

The Neta class is a planetary class. The planetary classification system has its origins in Marta Ptahtercicah's work. Specifically the planets comprising this definition are coposed ot: 60 ± 10% silicates (by mass), 30 ± 10% metals, 10 ± 5% sulfides and less than 5% hydrogen. During their formation, their surfaces and interiors became molten. Only some Neta planets exhibit plate tectonics behavior. Arrakis/DE is more tectonically active than any other Neta planet. In the Terran system there were 4 Neta-class planets. Deserts on Neta planets commonly have whirls.

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  • Neta-class
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  • The Neta class is a planetary class. The planetary classification system has its origins in Marta Ptahtercicah's work. Specifically the planets comprising this definition are coposed ot: 60 ± 10% silicates (by mass), 30 ± 10% metals, 10 ± 5% sulfides and less than 5% hydrogen. During their formation, their surfaces and interiors became molten. Only some Neta planets exhibit plate tectonics behavior. Arrakis/DE is more tectonically active than any other Neta planet. In the Terran system there were 4 Neta-class planets. Deserts on Neta planets commonly have whirls.
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abstract
  • The Neta class is a planetary class. The planetary classification system has its origins in Marta Ptahtercicah's work. Specifically the planets comprising this definition are coposed ot: 60 ± 10% silicates (by mass), 30 ± 10% metals, 10 ± 5% sulfides and less than 5% hydrogen. During their formation, their surfaces and interiors became molten. Only some Neta planets exhibit plate tectonics behavior. Arrakis/DE is more tectonically active than any other Neta planet. In the Terran system there were 4 Neta-class planets. Deserts on Neta planets commonly have whirls. Although a Neta-class planet, Arrakis has an excess amount of ozone, and very low water vapor in its atmosphere.
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