Add to ORKGAn rms nuclear charge radius rc =1.9642 (11) fm for He3 is derived from measurements of the 2 S13 -2 P03 isotope shift combined with the best available data on the fine structure of He4, the hyperfine structure of He3, and an assumed rc =1.673 (1) fm for He4. The result removes a small discrepancy between some older spectroscopic determinations of rc for He3 from this transition and a more recent measurement. © 2006 The American Physical Society
The upcoming E12-14-009 [1] experiment at Jefferson Lab will determine the ratio of the electric for...
The size of an atomic nucleus is a fundamental observable and defined by the distribution of the neu...
Recently, precision laser spectroscopy on {sup 6}He atoms determined accurately the isotope shift be...
Expérience GANILInternational audienceThe root-mean-square (rms) nuclear charge radius of ^8He, the ...
none4noA heterodyne spectroscopic scheme, using only one laser tuned to the atomic wavelength, is ap...
An rms nuclear charge radius rc =1.9642 (11) fm for He3 is derived from measurements of the 2 S13 -2...
Measuring the 2S–2P Lamb shift in a hydrogen-like muonic atom allows one to extract its nuclear char...
AbstractMeasuring the 2S–2P Lamb shift in a hydrogen-like muonic atom allows one to extract its nucl...
Measurements of atomic transitions in different isotopes offer key information on the nuclear charge...
A new analysis of inclusive quasielastic electron-scattering data for 3He is presented. Integrated m...
135 p.Thesis (Ph.D.)--University of Illinois at Urbana-Champaign, 2005.The charge radius of the neut...
The charge radius of the neutron-rich 6He (t1/2 = 807 ms) nucleus was determined to a precision of 0...
A comprehensive study is made of the hyperfine structure of the helium isotope 3He for all states up...
Parameters of widely used nuclear rms charge radius formulas have been refitted based on the latest ...
A new formula for the nuclear charge radius is proposed, dependent on the mass number (A) and neutro...
The upcoming E12-14-009 [1] experiment at Jefferson Lab will determine the ratio of the electric for...
The size of an atomic nucleus is a fundamental observable and defined by the distribution of the neu...
Recently, precision laser spectroscopy on {sup 6}He atoms determined accurately the isotope shift be...
Expérience GANILInternational audienceThe root-mean-square (rms) nuclear charge radius of ^8He, the ...
none4noA heterodyne spectroscopic scheme, using only one laser tuned to the atomic wavelength, is ap...
An rms nuclear charge radius rc =1.9642 (11) fm for He3 is derived from measurements of the 2 S13 -2...
Measuring the 2S–2P Lamb shift in a hydrogen-like muonic atom allows one to extract its nuclear char...
AbstractMeasuring the 2S–2P Lamb shift in a hydrogen-like muonic atom allows one to extract its nucl...
Measurements of atomic transitions in different isotopes offer key information on the nuclear charge...
A new analysis of inclusive quasielastic electron-scattering data for 3He is presented. Integrated m...
135 p.Thesis (Ph.D.)--University of Illinois at Urbana-Champaign, 2005.The charge radius of the neut...
The charge radius of the neutron-rich 6He (t1/2 = 807 ms) nucleus was determined to a precision of 0...
A comprehensive study is made of the hyperfine structure of the helium isotope 3He for all states up...
Parameters of widely used nuclear rms charge radius formulas have been refitted based on the latest ...
A new formula for the nuclear charge radius is proposed, dependent on the mass number (A) and neutro...
The upcoming E12-14-009 [1] experiment at Jefferson Lab will determine the ratio of the electric for...
The size of an atomic nucleus is a fundamental observable and defined by the distribution of the neu...
Recently, precision laser spectroscopy on {sup 6}He atoms determined accurately the isotope shift be...