The absolute cross sections of the reactions (1) N15(p,α)C12, (2) N15(p,αγ)C12, and (3) N15(p,γ)O16 have been measured from 0.2 to 1.6 Mev. The thick target yield of reaction (1) was also measured at 0.100 Mev. Resonances were found at 0.338, 1.05, and 1.210 Mev for reaction (1); at 0.429, 0.898, 1.210, and possibly 1.05 Mev for reaction (2); and at 1.05 Mev for reaction (3). Most of the resonances follow closely the shape of the single level dispersion formula. The 1.05-Mev resonance is asymmetric and cannot be explained as easily. The cross section of reaction (1) has been extrapolated to stellar energies and is given by σ=(110 / E)×exp(-6.95E-1 / 2) barns for E in Mev in the energy region near 0.030 Mev
The cross sections for several proton induced nuclear reactions were studied in the region from thre...
Background: The origin of fluorine is a widely debated issue. Nevertheless, the 15N(α,γ)19F reaction...
The emission of protons from the reaction N14(α,p)O17 was studied by photographic emulsion technique...
Background: Resonances observed through elastic scattering of protons on 15N can provide information...
Background The main energy production mechanism for massive stars during hydrogen burning is the CNO...
NOTE: Text or symbols not renderable in plain ASCII are indicated by [...]. Abstract is included in...
States in N14 in the region of excitation energy between 10.6 and 12.2 Mev have been studied by mean...
The purpose of this work is the investigation of the scattering and reaction resulting from the bomb...
An experimental investigation has been made of the cross section for the N14(pγ)O15 reaction using ...
An experimental measurement of the absolute cross section for the O^(17)(p, α)N^(14) reaction has b...
NOTE: Text or symbols not renderable in plain ASCII are indicated by [...]. Abstract is included in...
Absolute cross sections have been measured for the reactions O16(p,pn)O15 and O16(p,pna)C11 over the...
The 15N(p,γ )16O reaction controls the passage of nucleosynthetic material from the first to the sec...
Background: The origin of fluorine is a widely debated issue. Nevertheless, the N15(α,γ)F19 reacti...
A low voltage accelerator and high current ion source has been used to determine the cross section o...
The cross sections for several proton induced nuclear reactions were studied in the region from thre...
Background: The origin of fluorine is a widely debated issue. Nevertheless, the 15N(α,γ)19F reaction...
The emission of protons from the reaction N14(α,p)O17 was studied by photographic emulsion technique...
Background: Resonances observed through elastic scattering of protons on 15N can provide information...
Background The main energy production mechanism for massive stars during hydrogen burning is the CNO...
NOTE: Text or symbols not renderable in plain ASCII are indicated by [...]. Abstract is included in...
States in N14 in the region of excitation energy between 10.6 and 12.2 Mev have been studied by mean...
The purpose of this work is the investigation of the scattering and reaction resulting from the bomb...
An experimental investigation has been made of the cross section for the N14(pγ)O15 reaction using ...
An experimental measurement of the absolute cross section for the O^(17)(p, α)N^(14) reaction has b...
NOTE: Text or symbols not renderable in plain ASCII are indicated by [...]. Abstract is included in...
Absolute cross sections have been measured for the reactions O16(p,pn)O15 and O16(p,pna)C11 over the...
The 15N(p,γ )16O reaction controls the passage of nucleosynthetic material from the first to the sec...
Background: The origin of fluorine is a widely debated issue. Nevertheless, the N15(α,γ)F19 reacti...
A low voltage accelerator and high current ion source has been used to determine the cross section o...
The cross sections for several proton induced nuclear reactions were studied in the region from thre...
Background: The origin of fluorine is a widely debated issue. Nevertheless, the 15N(α,γ)19F reaction...
The emission of protons from the reaction N14(α,p)O17 was studied by photographic emulsion technique...