Systematics of nuclear charge distributions in the mass 60 region from elastic electron scattering and muonic x-ray measurements

Mirror Charge Radii and the Neutron Equation of State

“…The results for 54 Ni and 54 Fe with | N − Z |= 2 are shown in Fig.5 . In this case the charge radius of 54 Fe is 3.694(5) [26]. The charge radius of 54 Ni may be obtainable in the near future at isotope separator or RIB facilities such as those presented in [27].…”

Multiconfiguration calculations of electronic isotope-shift factors in Zn i

“…[56] enabled the extraction of K MS = −59(18) GHz u, adopting the sign conventions (4) and (7) of the present work. After correction of the F 307.6 value from −1510 MHz/fm 2 to −1260 MHz/fm 2 , the FS and MS factors become F 481.2 = 251(42) MHz/fm 2 and K MS = −73(15) GHz u [61].…”

“…[55], and δ r 2 μ−e data from Ref. [56]. Since it is shown that inconsistency occurs in both FS and MS factors when plotting the 481.2-nm ISs against the 307.6-nm ones, the coauthors of [62] try to calibrate the MS factor without using Ref.…”

“…Foot et al [55] interpreted these measurements in terms of variations in the nuclear charge distribution. The measured ISs were separated into MS and FS contributions by combining the data with δ r 2 results from electron scattering and muonic (μ-e) IS experiments performed by Wohlfahrt et al [56].…”

“…[56]. 64 are calculated by subtracting the mass of the electrons from the atomic masses and by adding the binding energy [58][59][60].…”