rp process and masses of N approximately Z approximately 34 nuclides.
High-precision Penning-trap mass measurements of the N approximately Z approximately 34 nuclides 68Se, 70Se, (70m)Br, and 71Br were performed, reaching experimental uncertainties of 0.5-15 keV. The new and improved mass data together with theoretical Coulomb displacement energies were used as input for rp process network calculations. An increase in the effective lifetime of the waiting point nucleus 68Se was found, and more precise information was obtained on the luminosity during a type I x-ray burst along with the final elemental abundances after the burst.
Savory
J
J
National Superconducting Cyclotron Laboratory, Michigan State University, East Lansing, Michigan 48824, USA. savory@nscl.msu.edu
Schury
P
P
Bachelet
C
C
Block
M
M
Bollen
G
G
Facina
M
M
Folden
C M
CM
Guénaut
C
C
Kwan
E
E
Kwiatkowski
A A
AA
Morrissey
D J
DJ
Pang
G K
GK
Prinke
A
A
Ringle
R
R
Schatz
H
H
Schwarz
S
S
Sumithrarachchi
C S
CS