STUDY OF THE $sup 46$ $sup 48$Ti($sup 3$He,t) AND $sup 58$ $sup 60$Ni($sup 3$He,t) REACTIONS TO ISOBARIC ANALOGUE STATES.
Journal Article
·
· Nucl. Phys. A190: No. 3, 437-70(1972).
- Research Organization:
- Univ. of Copenhagen
- Sponsoring Organization:
- USDOE
- NSA Number:
- NSA-26-052024
- OSTI ID:
- 4627888
- Journal Information:
- Nucl. Phys. A190: No. 3, 437-70(1972)., Other Information: Orig. Receipt Date: 31-DEC-72
- Country of Publication:
- Country unknown/Code not available
- Language:
- English
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OBSERVATION OF ANALOGUE STATES WITH T = 2 IN THE REACTIONS $sup 26$Mg($sup 3$He,n)$sup 28$Si, $sup 46$Ti($sup 3$He,n)$sup 48$Cr, AND $sup 58$Ni($sup 3$He,n)$sup 60$Zn.
STUDIES OF ANALOGOUS STATES OF T = 2 IN $sup 26$Mg($sup 3$He,n)$sup 28$Si, $sup 46$Ti($sup 3$He,n)$sup 48$Cr, AND $sup 58$Ni($sup 3$He,n)$sup 60$Zn REACTIONS.
THE $sup 46$ $sup 48$ $sup 50$Ti($sup 3$He,$alpha$) REACTIONS AND ANALOG STATES IN T = $sup 3$/$sub 2$ ISOBARIC PAIRS.
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STUDIES OF ANALOGOUS STATES OF T = 2 IN $sup 26$Mg($sup 3$He,n)$sup 28$Si, $sup 46$Ti($sup 3$He,n)$sup 48$Cr, AND $sup 58$Ni($sup 3$He,n)$sup 60$Zn REACTIONS.
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THE $sup 46$ $sup 48$ $sup 50$Ti($sup 3$He,$alpha$) REACTIONS AND ANALOG STATES IN T = $sup 3$/$sub 2$ ISOBARIC PAIRS.
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OSTI ID:4627888
Related Subjects
N68550* -Physics (Nuclear)-Nuclear Properties & Reactions
39 <= A <= 58-Nuclear Reactions & Scattering
N68656 -Physics (Nuclear)-Nuclear Properties & Reactions
59 <= A <= 89-Nuclear Reactions & Scattering-Helium-3 & Helium-4
N68530 -Physics (Nuclear)-Nuclear Properties & Reactions
39 <= A <= 58-Energy Levels & Transitions
N68630 -Physics (Nuclear)-Nuclear Properties & Reactions
59 <= A <= 89-Energy Levels & Transitions
ANGULAR DISTRIBUTION- DIFFERENTIAL CROSS SECTIONS- DWBA- HELIUM 3 BEAMS- MEV RANGE 10-100- NICKEL 58- NICKEL 60- NUCLEAR REACTIONS- Q-VALUE- TITANIUM 46- TITANIUM 48- TRITONS
COPPER 58
COPPER 60
VANADIUM 46
VANADIUM 48 EXCITED STATES- GROUND STATES- NUCLEAR DEFORMATION
COPPER ISOTOPES Cu-60/energy levels from nickel-60 (He- 3
t) reactions
deformations for isobaric analog
(E)
HELIUM ISOTOPES He-3/ reactions with titanium-46 and -48 and nickel-58 and -60 at 24.6 MeV, DWBA analysis of differential cross sections, Q values, and spectra from, (E)
COPPER ISOTOPES Cu-58/energy levels from nickel-58 (He-3
t) reactions
deformations for isobaric analog
(E)
TITANIUM ISOTOPES Ti-48/helium-3 reactions (He-3,t) at 24.6 MeV, DWBA analysis of differential cross sections, Q value, and spectrum from, (E)
VANADIUM ISOTOPES V-48/energy levels from titanium-48 (He-3
t) reactions
deformations for isobaric analog
(E)
NICKEL ISOTOPES Ni-60/helium-3 reactions (He-3
t) at 24.6 MeV
DWBA analyses of differential cross sections and Q value for
(E)
NICKEL ISOTOPES Ni-58/helium-3 reactions (He-3,t) at 24.6 MeV, DWBA analysis of differential cross sections, Q value, and spectrum from, (E)
TITANIUM ISOTOPES Ti-46/helium-3 reactions (He-3
t) at 24.6 MeV
DWBA analysis
39 <= A <= 58-Nuclear Reactions & Scattering
N68656 -Physics (Nuclear)-Nuclear Properties & Reactions
59 <= A <= 89-Nuclear Reactions & Scattering-Helium-3 & Helium-4
N68530 -Physics (Nuclear)-Nuclear Properties & Reactions
39 <= A <= 58-Energy Levels & Transitions
N68630 -Physics (Nuclear)-Nuclear Properties & Reactions
59 <= A <= 89-Energy Levels & Transitions
ANGULAR DISTRIBUTION- DIFFERENTIAL CROSS SECTIONS- DWBA- HELIUM 3 BEAMS- MEV RANGE 10-100- NICKEL 58- NICKEL 60- NUCLEAR REACTIONS- Q-VALUE- TITANIUM 46- TITANIUM 48- TRITONS
COPPER 58
COPPER 60
VANADIUM 46
VANADIUM 48 EXCITED STATES- GROUND STATES- NUCLEAR DEFORMATION
COPPER ISOTOPES Cu-60/energy levels from nickel-60 (He- 3
t) reactions
deformations for isobaric analog
(E)
HELIUM ISOTOPES He-3/ reactions with titanium-46 and -48 and nickel-58 and -60 at 24.6 MeV, DWBA analysis of differential cross sections, Q values, and spectra from, (E)
COPPER ISOTOPES Cu-58/energy levels from nickel-58 (He-3
t) reactions
deformations for isobaric analog
(E)
TITANIUM ISOTOPES Ti-48/helium-3 reactions (He-3,t) at 24.6 MeV, DWBA analysis of differential cross sections, Q value, and spectrum from, (E)
VANADIUM ISOTOPES V-48/energy levels from titanium-48 (He-3
t) reactions
deformations for isobaric analog
(E)
NICKEL ISOTOPES Ni-60/helium-3 reactions (He-3
t) at 24.6 MeV
DWBA analyses of differential cross sections and Q value for
(E)
NICKEL ISOTOPES Ni-58/helium-3 reactions (He-3,t) at 24.6 MeV, DWBA analysis of differential cross sections, Q value, and spectrum from, (E)
TITANIUM ISOTOPES Ti-46/helium-3 reactions (He-3
t) at 24.6 MeV
DWBA analysis