Revision as of 23:36, 2 July 2026

Ozone is a highly energetic oxidiser. As with Nitrous Oxide, when mixed with a volatile gas Ozone will create extra hot combustion.

Description

Ozone, also referred to as O₃, is an upcoming gas/liquid.

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.

Ozone can be obtained through traders or rocket mining.

Source	Amount
?	?
?	?

Gases and Liquids
Elements	Compounds	Mixtures	Other
		Fuel (66.6% H₂ + 33.3% O₂) Superfuel (50% H₂ + 50% N₂O) Air (75% N₂ + 25% O₂)	Atmosphere Coolant

@@ Line 6: / Line 6: @@
 | heat = 38.6 J/mol*K <!-- Atmospherics.Mole::GetSpecificHeat -->
 | latent_heat = 1000 J/mol <!-- Atmospherics.Mole::LatentHeatOfVaporization -->
-| minimum_condensation = 250 kPa at 81.4067268868 K
+| minimum_condensation = 250 kPa at 51.037741126355 K
-| max_liquid = 6000 kPa at 304.387897614 K
+| max_liquid = 6000 kPa at 304.65945247924 K
-| freezes = 81.4067268868 K <!-- evaporation temperature at 250kPa-->
+| freezes = 51.037741126355 K <!-- evaporation temperature at 250kPa-->
-| coefficient_a = 0.006219763823043718 <!-- Evaporation Temperature = (pressure_kPa/A)^(1/B) -->
+| coefficient_a = 0.22905767012828845 <!-- Evaporation Temperature = (pressure_kPa/A)^(1/B) -->
-| coefficient_b = 2.4097251251207226 <!-- Evaporation Pressure = A*(Temperature^B) -->
+| coefficient_b = 1.7787987515586163 <!-- Evaporation Pressure = A*(Temperature^B) -->
 | autoignition_offset = -150
 | enthalpy_multiplier = 2
@@ Line 28: / Line 28: @@
 = Details =
-Ozone will condense into '''Liquid Ozone''' starting at {{Temperature|304.38}}.
+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.