Monatomic oxygen

Write the formation reactions from the elements for each compound. The term compound includes elemental forms other than the standard one for example, we would consider monatomic oxygen as a compound and... 

The values for the energy states of gaseous monatomic oxygen are from Frerichs,1 2 Paschen,8 Bowen,1 2 8 Kaplan,1 Sommer,1 McLennan and Crawford,1 Hopfield,1 Russell 5 Fowler,1 Fowler and Hartree,1 Laporte and Young,2 Edlen and Ericson,1 and Bacher and Goudsmit.1... 

Oxygen exists in three allotropic forms, monatomic oxygen (O), diatomic oxygen (Oj), and triatomic oxygen (O3). The first of these is sometimes called nascent oxygen, and the last is more commonly known as ozone. Under most circumstances in nature, the diatomic form of oxygen predominates. In the upper part of the stratosphere, however, solar energy causes the breakdown of the diatomic form into the monatomic form, which may then recombine with diatomic molecules to form ozone. 

Oxygen exists in three allotropic forms. Allotropes are forms of an element with different physical and chemical properties. The three allotropes of oxygen are normal oxygen, or diatomic oxygen, or dioxygen nascent, atomic, or monatomic oxygen and ozone, or triatomic oxygen. The three allotropes differ from each other in a number of ways. 

Consider the molecular dissociation of diatomic oxygen to monatomic oxygen ... 

When exposed to the high energy discharge field, oxygen (02) is broken down into monatomic oxygen (O), 0+ and 0-. The oxygen combines with hydrocarbons at atmospheric pressure. Following volatilization, the resultant byproduct is water vapor, CO and C02, which is carried away in the exhaust stream. The reaction takes place at the atomic and molecular level and is by its nature complete with no residual surface products. 

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