Magnetic anomaly detection using entropy filter This article has been downloaded from IOPscience. Please scroll down to see the full text article.2008 Meas. Sci. Technol. 19 045205 (http://iopscience.iop.org/0957-0233/19/4/045205)View the table of contents for this issue, or go to the ...
to positive and negative potential, respectively, and the position where Ve = 0 is denoted by r ∗ . The ∆m 2 values for which a E = 10 MeV neutrino undergoes resonant conversion, for the |Ve| value on the left ordinate is indicated in the right ordinate. ...
= 0. The following notation is used: The four-vector is given by x = (x + , x − , x ⊥ ), where x ± = x 0 ±x 3 and x ⊥ = (x 1 , x 2 ). Light-front vectors are denoted by boldface x = (x + , x
Higher-order hadronic contributions to the anomalous magnetic moment of the electron, muon, and τ lepton are considered in detail. As a main result we find a reduction by −11×10−11 for the g-2 of the muon as compared to previous calculations. Analytical expressions for the kernel ...
Data used in this study include the coronal index (CI) from Jan 1, 1939 to Dec 31, 2008, synoptic magnetographs (denoted as MFs hereafter) from Carrington rotations 1625 to 2078 (Feb. 1975–Dec. 2008), and the small-scale magnetic elements (Component-II) of (4.27−38.01)×1019 Mx...
Throughout this subsection, the calculation conditions used for each set of Js will be denoted by two capital letters: ES, ED, TS or TD (for instance, ED refers to Js calculated employing the experimental lattice constants under the dynamic limit). Figure 4 Dependence of the most relevant ...
What is the electromagnetic field generated by an electrical dipole placed at a given point O with the moment-vector parallel to the z-axis? The electromagnetic field generated by an electrical dipole in a point P(r,θ,φ) (see Figure 1), placed at a distance r from the origin O, and...
We revisit the anomalous chromomagnetic dipole moment in the Standard Model and show that its triple gluon vertex contribution, with the on-shell gluon ( \\({q^{2}}=0\\) ), generates an infrared divergent pole. Consequently, the chromomagnetic dipole should not be perturbatively evaluated ...
Significantly, this localized SOP produced by the bulk vacancies of the sulfur surface is momentarily magnetic. As a result, the magnetic moment of the neighboring Co atom also enhanced. For the clear understanding of internal spin polarization from Co kagome plane, Howlader et al. carried out ...
The resulting magnetic dipole moment of each particle exposed to an external magnetic field was then used to calculate the forces and torques experienced by each microrobot, including their dipole-dipole interactions. As a magnetic stimulus to drive motion, a homogeneous RMF was chosen. For any ...