Sentence examples for molecular nitrogen density from inspiring English sources
It is noticed that the decrease in electron density is sometimes due to an increase in the molecular nitrogen density N2 and not always is attributed both to the increase in N2 density and the simultaneous decrease in the atomic oxygen density.
The foF2 observations at mid-latitude station and the GPS-VTEC observations at mid- and high-mid-latitude stations show a negative ionospheric storm on the night of 24 25 October, probably associated with an increase in the density of molecular nitrogen.
The vibrational temperature (Tv), the rotational temperature (Tr) and the number density of atmospheric molecular nitrogen (N2) were measured in situ by a sounding rocket S-310-30 inorder to study the dynamics and energetics in the lower thermosphere.
The results revealed that a decrease of the pulse length leads to an increased ion current density as well as an increased dissociation of molecular nitrogen, which has a significant influence on the chemical composition of the coating.
For that, data taken by instruments on board Dynamic Explorer 2 at heights of the F2-layer (molecular nitrogen N2 and atomic oxygen O compositions, neutral temperature Tg and electron density Ne) were used.
As the atomic oxygen is the primary source of ionization at F-region heights, and the molecular nitrogen is the primary source of recombination, the change of the n (O)/n (N2) ratio controls the electron density.
Similar equilibriums prevail for molecular nitrogen (N2) and molecular oxygen (O2).
Further, the principal forms of carbon and nitrogen in an outgassed atmosphere would be carbon monoxide or carbon dioxide together with molecular nitrogen.
Nitrogen oxides are formed when combustion temperatures are high enough to cause molecular nitrogen in the air to react with oxygen.
Other natural sources of acidification include the production of nitrogen oxides from the conversion of atmospheric molecular nitrogen (N2) by lightning and the conversion of organic nitrogen by wildfires.
Furthermore, the high stability of the nitrogen molecule contributes significantly to the thermodynamic instability of many nitrogen compounds, in which the bonds, although reasonably strong, are far less so than those in molecular nitrogen.
