Abstract
The apparatus described in part I has been employed to determine the energy of the excited states of the nucleus
17
O by observations on the protons from the reaction
16
O (
d
,
p
)
17
O, and on the α-particles from the reaction
19
F(
d
, α)
17
O . The protons from the first reaction were observed a t five angles of emission with respect to the primary beam, and the α-particles from the second at four angles. Thirteen excited states of
17
O were observed, evidence for ten of which was given by both reactions. The values for the energy in the different excited states, derived from both reactions and at different angles of observation, are in good agreement. The
Q
-values of the reactions
16
O(
d
,
p
)
17
O and
19
F(
d
, α)
17
O , in which the
17
O nucleus is formed in its ground state, are 1.928 and 10.042 MeV, respectively. The
Q
-value for the reaction
16
O(
d
, α)
14
N was found to be 3.09 MeV, and the existence of two excited states of
14
N was established. Ten excited states of
20
F were observed in a study of the proton groups from the reaction
19
F(
d
,
p
)
20
F.
Reference14 articles.
1. Proton Groups from the Deuteron Bombardment ofF19andP31
2. Bethe H. A. 1947 Elementary nuclear theory p. 124. New York: John Wiley.
3. Magnetic Analysis of theC12(d,p)C13andO16(d,p)O17Reactions
4. Burge E. J. Burrows H. B. Gibson W. M. & Rotblat J. 1951 Proc. Roy. Soc. A. (In the press.)
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1. Study of the 2p-1h Structure ofO17via theN15(He3,p)Reaction;Physical Review C;1972-02-01
2. Differential Scattering of Neutrons at Narrow Levels inO17;Physical Review C;1970-07-01
3. 9F;The Elements from Neutron to Magnesium;1965
4. 8O;The Elements from Neutron to Magnesium;1965
5. 7N;The Elements from Neutron to Magnesium;1965