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The slowest reaction in the CNO cycle 14N(p, gamma)15O has been studied bypopulating the E^lab_p =278 keV (E^r_c.m.=259 keV) proton capture resonantstate of ^{15}O at 7556 keV. The strength of the resonance has been determinedfrom the experimental data. The level lifetime of the sub-threshold resonantstate at Ex=6792 keV, as well as the lifetimes of the 5181 keV and 6172 keVstates, have been measured using the Doppler shift attenuation method (DSAM).The structural properties of the nucleus ^{15}O, such as, the level energies,transition strengths, level lifetimes, and spectroscopic factors, have beencalculated theoretically by using the large basis shell model, which agreesreasonably well with the present as well as the previous experimental data.

Study of proton capture resonant state of ^{15}O at 7556 keV