The CNO cycle, however, is only as fast as its slowest step: a nuclear reaction in which the isotope nitrogen-14 absorbs a proton from hydrogen and turns into oxygen-15.
The CNO species, as an isomer of NCO, was also examined by theoretical methods, and it was found to be more kinetically favorable to reduce NOx over the site of the AgOAltetra entity than NCO species.
The CNO at that time, Admiral Carlisle Trost, apparently agreed, and the request was granted; Moosally was assigned to command.
The CNO cycle is highly temperature sensitive, which results in a convection zone about the core that evenly distributes the 'ash' from the fusion reaction within the core region.
The CNO group reported the highest representation on national nursing councils - 100% of CNO respondents indicated they were represented.
The CNO group had the highest perception (90%) that their input mattered and that their ministry was engaged in council decisions; academicians were close behind at 87.5%.
The CNO overall disease activity was initially estimated by the parents/patient as 4.7 on the VAS, after 1 month of treatment as 1.5, after 3 months as 1.1, after 6 months as 0.8, and after 12 months as 0.7 (mean 1.8 in the first year), showing a significant improvement.
The CNO core set of outcome variables is composed of the following five measures: erythrocyte sedimentation rate (ESR), number of radiological lesions, severity of disease estimated by the physician, severity of disease estimated by the patient or parent, and the childhood health assessment questionnaire (CHAQ).
Bethe also showed that the CNO cycle is more important in high-temperature stars and the proton-proton reaction more important in cooler stars.
In 1939 German American physicist Hans Bethe published a more detailed and quantitative study of the CNO cycle that finally put stellar astrophysics on a secure footing.
