Production of short lived radioactive beams of radium

Abstract

Short lived ${}^{212,213,214}$Ra isotopes have been produced at the TRI$\mu$P facility in inverse kinematics via the fusion-evaporation reaction ${}^{206}$Pb+${}^{12}$C at 8 MeV/u. Isotopes are separated from other reaction products online using the TRI$\mu$P magnetic separator. The energetic radium (Ra) isotopes at the exit of the separator were converted into low energy ions with a thermal ionizer. Ra isotopes have been identified by observing their $\alpha$ decay and life times.

arXiv comment9 pages including 4 figures and 1 table

References in corpus (6)

• Dispelling the curse of the neutron skin in atomic parity violation
• Dual Magnetic Separator for TRI$\mu$P
• Production of Radioactive Nuclides in Inverse Reaction Kinematics
• Production and trapping of radioactive atoms at the TRI\muP facility
• Development of a thermal ionizer as ion catcher
• TRI$\mu$P - A New Facility to Investigate Fundamental Interactions with Optically Trapped Radioactive Atoms

Cited by in corpus (5)

• Comparative studies of dipole polarizabilities in Sr${}^{+}$, Ba${}^{+}$ and Ra${}^{+}$ and their applications to optical clocks
• Compilation of spectroscopic data of Radium (Ra I and Ra II)
• Strongly enhanced atomic parity violation due to close levels of opposite parity
• Isotope Shifts of the $6d{}^2$D${}_{3/2}$ - $7p{}^2$P${}_{1/2}$ Transition in Trapped Short-Lived ${}^{209-214}$Ra${}^{+}$
• Radium ion: A possible candidate for measuring atomic parity violation