Results 171 to 180 of about 1,183,020 (217)
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1998
Up to now, we have met the description of the magnetic field by two differential equations. These two equations are $$ div{\text{ }}B = 0 $$ (9.1) $$ curl{\text{ }}B = \frac{{4\pi }}{c}j $$ (9.2)
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Up to now, we have met the description of the magnetic field by two differential equations. These two equations are $$ div{\text{ }}B = 0 $$ (9.1) $$ curl{\text{ }}B = \frac{{4\pi }}{c}j $$ (9.2)
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Hydrodynamic vector potentials
The European Physical Journal B, 2002Solving the Navier-Stokes equation for incompressible fluids is greatly simplified by the solution of the vorticity equation. To accomplish this for three-dimensional flows requires vector potentials. These potentials are not only useful to take care of the incompressibility.
U. Brosa, S. Grossmann
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Proceedings of the 2014 Workshop on Programming models for SIMD/Vector processing, 2014
The importance of vector instructions is growing in modern computers. Almost all architectures include some form of vector instructions and the tendency is for the size of the instructions to grow with newer designs. To take advantage of the performance that these systems offer, it is imperative that programs use these instructions, and yet they do not
G. Carl Evans +3 more
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The importance of vector instructions is growing in modern computers. Almost all architectures include some form of vector instructions and the tendency is for the size of the instructions to grow with newer designs. To take advantage of the performance that these systems offer, it is imperative that programs use these instructions, and yet they do not
G. Carl Evans +3 more
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The scalar potential φ and the vector potential A
1997Though it is possible to determine the electric and magnetic fields E and B due to varying charge and current distributions by solving the differential equations (1.125) and (1.122) for E and B, for example using the Jefimenko solutions given by equations (1.136) and (1.134), it is sometimes more convenient to solve problems and to interpret ...
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Potential Vectors of Dirofilaria immitis
Journal of the American Veterinary Medical Association, 1970K W, Ludlam, L A, Jachowski, G F, Otto
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1970
Vector potential fields occur most commonly in electromagnetism and in hydromechanics. It will be convenient to introduce the subject by working out the properties of the magnetic field of a steady current as a practical illustration of the fundamental ideas; the reader will readily adapt them to any analogous physical problem in which he is interested.
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Vector potential fields occur most commonly in electromagnetism and in hydromechanics. It will be convenient to introduce the subject by working out the properties of the magnetic field of a steady current as a practical illustration of the fundamental ideas; the reader will readily adapt them to any analogous physical problem in which he is interested.
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The Vector Potential of a Solenoidal Vector
The American Mathematical Monthly, 1950openaire +1 more source
The arbovirus vector potential of a simuliid
Annals of Tropical Medicine & Parasitology, 1967openaire +2 more sources