Yeild

⁹⁹Sn	Tin			Z:	≪	≫
⁹⁹Sn	Z = 50	N = 49		N:	≪	≫

Setting ID¹	Yield ² [pps/pnA]	Measurement date	Beam	Target	Brho01 [Tm]	F1 slit L [mm]	F1 slit R [mm]	Data from
118	6.05e-6	2013-06-27	124Xe 345MeV	Be 4mm	5.2510	64.2	3.0	Phys. Rev. Lett. 116, 162501 (2016)
119	8.40e-6	2013-06-26	124Xe 345MeV	Be 4mm	5.2510	64.2	3.0	Phys. Rev. Lett. 116, 162501 (2016)
120	6.25e-6	2013-06-26	124Xe 345MeV	Be 4mm	5.2510	64.2	7.0	Phys. Rev. Lett. 116, 162501 (2016)
121	1.68e-6	2013-06-25	124Xe 345MeV	Be 4mm	5.2510	64.2	7.0	Phys. Rev. Lett. 116, 162501 (2016)
122	7.56e-6	2013-06-22	124Xe 345MeV	Be 4mm	5.2510	64.2	7.0	Phys. Rev. Lett. 116, 162501 (2016)
123	6.47e-6	2013-06-21	124Xe 345MeV	Be 4mm	5.2510	64.2	7.0	Phys. Rev. Lett. 116, 162501 (2016)
124	1.77e-6	2013-06-19	124Xe 345MeV	Be 4mm	5.2510	64.2	33.0	Phys. Rev. Lett. 116, 162501 (2016)
125	5.16e-6	2013-06-19	124Xe 345MeV	Be 4mm	5.2510	64.2	17.0	Phys. Rev. Lett. 116, 162501 (2016)
128	6.97e-7	2013-06-18	124Xe 345MeV	Be 4mm	5.2510	64.0	21.4	Phys. Rev. Lett. 116, 162501 (2016)

Publication

Title	Journal	First Author
β decays of the heaviest N = Z − 1 nuclei and proton instability of 97In	Phys. Rev. C 97, 051301R (2018)	J. Park

Annotations:: ¹ Detailed BigRIPS setting is shown in the linked page.; ² The list of primary beam intensities is given in this page.; ³ Error is only statistical one. Systematic error is estimated within 30%, which comes from uncertainly of primary beam intensity.

Return