The measurement of excitation curves of internal conversion pairs and gamma rays coming from the reaction 19F(p, α) 16O has enabled us to determine the most favourable region of proton bombardment energy as regards the production of monopolar pairs with a minimum competition from interfering non-monopolar pairs coming from neighbouring levels.L'étude des courbes d'excitation en paires de conversion interne et en rayonnement gamma de la réaction 19F(p, α) 16O a permis de déterminer la région d'énergie de bombardement de protons la plus favorable en ce qui concerne la production de paires monopolaires du niveau de 6,06 MeV de 16O avec le minimum de paires non monopolaires parasites provenant de niveaux voisins
A scintillation pair spectrometer was built in order to measure the energy of γ rays given by (p, γ)...
The excitation function of the reaction N^(15)(p,ɑγ)C^(12) shows sharp resonances at proton bombardi...
A scintillation pair spectrometer was built in order to measure the energy of γ rays given by (p, γ)...
The measurement of excitation curves of internal conversion pairs and gamma rays coming from the rea...
The absolute cross section for the excitation of the 109-kev and 197-kev excited states of F19, by t...
The excitation functions for the production of long range alpha-particles, gamma-rays, and electron ...
The angular distribution of protons at the peak of a resonance corresponding to a level of the compo...
The excitation functions for the production of long range alpha-particles, gamma-rays, and electron ...
This research was sponsored by the National Science Foundation Grant NSF PHY 87-1440
One of the ways to study the energy levels of nuclei is to measure the energy and relative intensity...
This electronic version was submitted by the student author. The certified thesis is available in th...
The excitation functions for (p, pn) reactions on F, Na, Mn, Cs, Au have been measured for protons b...
A magnetic leas pair spectrometer was used to study the nuclear pairs emitted by 016 when left in th...
The excitation functions for (p, pn) reactions on F, Na, Mn, Cs, Au have been measured for protons b...
The emission of protons from the reaction N14(α,p)O17 was studied by photographic emulsion technique...
A scintillation pair spectrometer was built in order to measure the energy of γ rays given by (p, γ)...
The excitation function of the reaction N^(15)(p,ɑγ)C^(12) shows sharp resonances at proton bombardi...
A scintillation pair spectrometer was built in order to measure the energy of γ rays given by (p, γ)...
The measurement of excitation curves of internal conversion pairs and gamma rays coming from the rea...
The absolute cross section for the excitation of the 109-kev and 197-kev excited states of F19, by t...
The excitation functions for the production of long range alpha-particles, gamma-rays, and electron ...
The angular distribution of protons at the peak of a resonance corresponding to a level of the compo...
The excitation functions for the production of long range alpha-particles, gamma-rays, and electron ...
This research was sponsored by the National Science Foundation Grant NSF PHY 87-1440
One of the ways to study the energy levels of nuclei is to measure the energy and relative intensity...
This electronic version was submitted by the student author. The certified thesis is available in th...
The excitation functions for (p, pn) reactions on F, Na, Mn, Cs, Au have been measured for protons b...
A magnetic leas pair spectrometer was used to study the nuclear pairs emitted by 016 when left in th...
The excitation functions for (p, pn) reactions on F, Na, Mn, Cs, Au have been measured for protons b...
The emission of protons from the reaction N14(α,p)O17 was studied by photographic emulsion technique...
A scintillation pair spectrometer was built in order to measure the energy of γ rays given by (p, γ)...
The excitation function of the reaction N^(15)(p,ɑγ)C^(12) shows sharp resonances at proton bombardi...
A scintillation pair spectrometer was built in order to measure the energy of γ rays given by (p, γ)...