Ozone: Difference between revisions
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Undo revision 27271 by Taparu (talk) All pure ices create multiples of 50 mols on formation (PureIce.OnPrefabLoad). The lower quantity reported has likely been caused by AssignSpawnGasValues not receiving a multiple-of-50 gas quantity when freezing in-world gases/liquids. I'm okay with this being filled with rocket mining map entries but pure ices would result in inaccurate numbers when not creative/thing spawned. Tag: Undo |
m infobox gas edits: rounded temperatures to 2 decimal places for readability and added Celsius values. fixed "Max Liquid Temperature" to be formatted as "(Temperature) at (Pressure)" since that entry is for a temperature; it's weird if it shows pressure first since the entry isn't for pressure. |
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| heat = 38.6 J/mol*K <!-- Atmospherics.Mole::GetSpecificHeat --> | | heat = 38.6 J/mol*K <!-- Atmospherics.Mole::GetSpecificHeat --> | ||
| latent_heat = 1000 J/mol <!-- Atmospherics.Mole::LatentHeatOfVaporization --> | | latent_heat = 1000 J/mol <!-- Atmospherics.Mole::LatentHeatOfVaporization --> | ||
| minimum_condensation = 250 kPa at | | minimum_condensation = 250 kPa at 51.04 K (-222.11 °C) | ||
| max_liquid = | | max_liquid = 304.66 K (31.51 °C) at 6000kPa | ||
| freezes = | | freezes = 51.04 K (-222.11 °C) <!-- evaporation temperature at 250kPa--> | ||
| coefficient_a = 0. | | coefficient_a = 0.22905767012828845 <!-- Evaporation Temperature = (pressure_kPa/A)^(1/B) --> | ||
| coefficient_b = | | coefficient_b = 1.7787987515586163 <!-- Evaporation Pressure = A*(Temperature^B) --> | ||
| autoignition_offset = -150 | | autoignition_offset = -150 | ||
| enthalpy_multiplier = 2 | | enthalpy_multiplier = 2 | ||
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}} | }} | ||
[[File:Phase Diagram of Ozone.png|thumb|Phase Diagram of Ozone]] | |||
<b>Ozone</b>, also referred to as <b>O<sub>3</sub></b>, is | |||
{{Stationpedia|Ozone is a highly energetic oxidiser. As with [[Nitrous Oxide]], when mixed with a volatile gas Ozone will create extra hot combustion.}} | |||
= Description = | |||
<b>Ozone</b>, also referred to as <b>O<sub>3</sub></b>, is a gas/liquid with strong oxidizer properties. | |||
= Details = | = Details = | ||
Ozone will condense into '''Liquid Ozone''' starting at {{Temperature|304. | Ozone will condense into '''Liquid Ozone''' starting at {{Temperature|304.65945247924 }}. | ||
Combustions with Ozone are twice as energetic as [[Oxygen]] - a gain similar to [[Nitrous Oxide]]. Autoignition temperatures get reduced by 150°C. | Combustions with Ozone are twice as energetic as [[Oxygen]] - a gain similar to [[Nitrous Oxide]]. Autoignition temperatures get reduced by 150°C. | ||
== Notes == | == Notes == | ||
* When used as [[oxidizer]] in rocket [[fuel]], Ozone has a mass of 41. | * When used as [[oxidizer]] in rocket [[fuel]], Ozone has a mass of {{Overline|41.|6}} mol/kg. | ||
== Sources == | == Sources == | ||
Ozone can be obtained through traders or rocket mining. | |||
{| class="wikitable" | {| class="wikitable" | ||
Latest revision as of 20:53, 31 July 2026
 | |
| Phase Change Information | |
|---|---|
| Specific Heat | 38.6 J/mol*K |
| Latent Heat | 1000 J/mol |
| Min Condensation Pressure | 250 kPa at 51.04 K (-222.11 °C) |
| Max Liquid Temperature | 304.66 K (31.51 °C) at 6000kPa |
| Freezes at | 51.04 K (-222.11 °C) |
| Liquid Volume | 26 L/kmol |
| Molar Mass | 24 g/mol |
Description
Ozone, also referred to as O3, is a gas/liquid with strong oxidizer properties.
Details
Ozone will condense into Liquid Ozone starting at 304.659 K (31.5 °C).
Combustions with Ozone are twice as energetic as Oxygen - a gain similar to Nitrous Oxide. Autoignition temperatures get reduced by 150°C.
Notes
Sources
Ozone can be obtained through traders or rocket mining.
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