Distribution of charge and matter in nuclei: Charge density difference of 206Pb and 205Tl Celenza,Harindranath,Shakin - 《Physical Review C Nuclear Physics》 被引量: 0发表: 1985年 Momentum distribution of nucleons in nuclear matter 0.7 and its relations to the effective mass, the one-particle...
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The parameters of the Fermi charge density distribution and their difference for the nuclei /sup 48/Ti and /sup 50/Cr are obtained. The experimental results are compared with Hartree-Fock calculations carried on the basis of the Skyrme interaction potential....
The charge density distribution of aluminum was determined by the multipole refinement of the experimental and theoretical structure factors. A multipole model including core electron deformation terms was used in the analysis. The reliability factors of multiple refinement were 1.97%, 0.08%, and 0.10%...
Calculating the current generated by this charge density distribution (see Supplementary Eq. (10) and Supplementary Fig. 10) by scanning the laser along the channel, we can reproduce the experimentally measured SPCM (see Fig. 4f). Although the strain gradient, and thus the built-in field, ...
Homework Statement Hi! This is not really a problem. I'm just confused on how to express the charge distribution of a set of point charges in spherical...
To understand the change of electronic properties, partial charge distribution near the Fermi energy ...
and ClO4−anions were used to prepare 0.1 M aqueous electrolyte solutions for p-type OECT measurements so as to cover a wide range of ion sizes with ionic radii ranging from 1.26 to 2.25 Å21. Note that the charge density distribution is nearly spherically symmetric for all the ...
because many more charges accumulate at the interface, which can neutralize the false image effect from the difference in the MIP. Therefore, the DPC-STEM result of the LCO/LPSCl interface still shows a charge-density distribution with positive and negative charges separation....
Also it was found that both the relaxation of the ensemble of majority charge carriers within the combined intrinsic and extrinsic density of state distribution and the occurrence of trap-to-trap migration alters the temperature dependence of the charge mobility significantly, notably at lower ...