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Cited by 34 publications
(14 citation statements)
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“…(29) and (28), but with sin φ = a 2 − c 2 / a 2 + λ . A detailed deduction of these formulas was presented by Tejedor et al (1995). Similar formulas can also be found in Clark et al (1986).…”
Section: Triaxial Ellipsoidsmentioning
confidence: 85%
See 1 more Smart Citation
“…(29) and (28), but with sin φ = a 2 − c 2 / a 2 + λ . A detailed deduction of these formulas was presented by Tejedor et al (1995). Similar formulas can also be found in Clark et al (1986).…”
Section: Triaxial Ellipsoidsmentioning
confidence: 85%
“…The function f ( r) was first presented by Dirichlet (1839) to describe the gravitational potential produced by homogeneous ellipsoids. Later, several authors also deduced and used this function for describing the magnetic and gravitational fields produced by triaxial, prolate and oblate ellipsoids (Maxwell, 1873;Thomson and Tait, 1879;DuBois, 1896;Peirce, 1902;Webster, 1904;Kellogg, 1929;Stoner, 1945;Osborn, 1945;Peake and Davy, 1953;Macmillan, 1958;Chang, 1961;Lowes, 1974;Clark et al, 1986;Tejedor et al, 1995;Stratton, 2007).…”
Section: Coordinate Transformationmentioning
confidence: 99%
“…Since an oblate spheroid is a good approximation to a thin disc [23], the thin disc electrode is modeled using oblate spheroidal coordinates . Neglecting the electrode effects and applying the current image method [24] to the source electrode with a direct current , and solving the Laplace's equation [25] in oblate spheroidal coordinates, the potential distribution induced by an oblate spheroid with current is obtained.…”
Section: Measured Resistance Between Two Electrodesmentioning
confidence: 99%
“…while p and q take values of 0, x and N. Assuming a ¼ b4c, equations (10 and 11) can be solved analytically for the magnetic potential of an oblate spheroid 40,41 ; however, ellipsoidal solutions require either tabulated integrals or direct evaluation of the A i components through numerical integration. In experiments, the magnetic tracks are formed from a thin continuous film composed of magnetic disks (or half disks) connected by short linear segments.…”
Section: Methodsmentioning
confidence: 99%