Oxidizer Heats of Formation, Hydrogen Atoms, Oxygen Atoms & Densities
Oxidizer Heat of Formation ( J / kmol ) Hydrogen Oxygen Density ( kg / m^3 )
Hydrogen Peroxide
-187,780,000
2
2
1,410.0
Oxygen
-11,308,000
0
2
1,141.2
Ozone
119,473,000
0
3
1,614.0
Monoatomic Oxygen
249,170,000
0
1
630.0

Oxidizer oxygen is the number of oxygen atoms in an oxidizer molecule. Oxygen reacts with carbon to produce carbon dioxide, releasing 393,509,000.0 joules per kilomole. Also, oxygen reacts with hydrogen to produce water, releasing about 260,000,000.0 joules per kilomole. Oxygen has six electrons in an outer shell which can comfortably hold eight and therefore tends to pull two electrons from neighbouring atoms.

Diatomic oxygen is the stable oxygen molecule. Liquid oxygen is the most commonly used oxidizer in large liquid fueled rockets. Ozone is explosive, as of 2001 it has only been used in laboratory rocket engines. With extreme cleanliness, a mix of a third ozone and two thirds oxygen could be used safely. Monoatomic oxygen is barely stable in the solid form at twenty degrees Kelvin, as of 2001 it hasn't even been used in laboratory rocket engines. Oxidizer oxygen is used to calculate oxidizer molecular and oxidizer oxidation.

oxidizer molecular = oxidizer hydrogen + 16 * oxidizer oxygen

oxidizer oxidation = 2 * oxidizer oxygen - oxidizer hydrogen
 
 

This is used in astropolis, bipropellant rocket, tripropellant rocket, pumped rocket and rocket cost.
 
 

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