Model for a Josephson junction array coupled to a resonant... J. Kent Harbaugh and D. Stroud
... Mathieu functions. We can then minimize the total energy E tot with respect to . In the ordered case, as noted, all the ˜ ’s are equal, and ⫽N ˜ . Furthermore, in this case, n̄ is related to ⌽ by ⌽⫽Nqn̄/C. Hereafter, for given values of g, E C , E J , and n̄, we define ˜ 0 as the value of ˜ ...
... Mathieu functions. We can then minimize the total energy E tot with respect to . In the ordered case, as noted, all the ˜ ’s are equal, and ⫽N ˜ . Furthermore, in this case, n̄ is related to ⌽ by ⌽⫽Nqn̄/C. Hereafter, for given values of g, E C , E J , and n̄, we define ˜ 0 as the value of ˜ ...
On the Lamb Vector and the Hydrodynamic Charge
... can find also the expression “vortex force” in the literature to denote this vector) represents the Coriolis acceleration of a velocity field under the effect of its own rotation (usually for solid body rotation, the Coriolis force is built with a rotation vector which is independent of the veloc ...
... can find also the expression “vortex force” in the literature to denote this vector) represents the Coriolis acceleration of a velocity field under the effect of its own rotation (usually for solid body rotation, the Coriolis force is built with a rotation vector which is independent of the veloc ...
Why, how and when MHD turbulence at low Rm becomes
... domains: Schumann (1976) showed the first evidence of MHD turbulence becoming strictly twodimensional in a three-dimensional periodic domain when N was significantly greater than unity, and this was later confirmed by Zikanov & Thess (1998). More recently, Boeck et al. (2008) found, still numericall ...
... domains: Schumann (1976) showed the first evidence of MHD turbulence becoming strictly twodimensional in a three-dimensional periodic domain when N was significantly greater than unity, and this was later confirmed by Zikanov & Thess (1998). More recently, Boeck et al. (2008) found, still numericall ...
Document
... For the potential to rise along the direction of the current, there must be a source which converts some form of energy to electrical energy. Examples of such sources are: ...
... For the potential to rise along the direction of the current, there must be a source which converts some form of energy to electrical energy. Examples of such sources are: ...
thesis
... particles, the labelling of particle coordinates has no physical significance and brings unobservable elements into the theory. The consequences of above observation were first fully appreciated by Leinaas and Myrheim. In their seminal paper [57], they show that the exchange properties of particles ...
... particles, the labelling of particle coordinates has no physical significance and brings unobservable elements into the theory. The consequences of above observation were first fully appreciated by Leinaas and Myrheim. In their seminal paper [57], they show that the exchange properties of particles ...
Efficiently Extracting Energy from Cosmological
... from each other. The most relativistic of these particles have been free-streaming through the universe until the present day, and therefore can carry information about the state of the early universe to detectors currently operating on Earth. The most famous of these relic particle populations is t ...
... from each other. The most relativistic of these particles have been free-streaming through the universe until the present day, and therefore can carry information about the state of the early universe to detectors currently operating on Earth. The most famous of these relic particle populations is t ...
Simulation of Charged Particle Orbits in Fusion
... simulate and visualize the motion of charged particles in the inhomogeneous magnetic field of a tokamak device. Given the magnetic vector field, the initial position and velocity of the charged particle as well as its mass and charge, the particle’s trajectory inside the reactor will be traced. Firs ...
... simulate and visualize the motion of charged particles in the inhomogeneous magnetic field of a tokamak device. Given the magnetic vector field, the initial position and velocity of the charged particle as well as its mass and charge, the particle’s trajectory inside the reactor will be traced. Firs ...
Magnetism can produce electric current, and electric current can
... The generators used in power plants are much more complex than the model discussed here. Huge coils made up of many loops of wire are wrapped on an iron core, to make an armature much like the armature of a motor. They rotate in the very strong magnetic fields of powerful electromagnets. ...
... The generators used in power plants are much more complex than the model discussed here. Huge coils made up of many loops of wire are wrapped on an iron core, to make an armature much like the armature of a motor. They rotate in the very strong magnetic fields of powerful electromagnets. ...
37 Electromagnetic Induction
... The generators used in power plants are much more complex than the model discussed here. Huge coils made up of many loops of wire are wrapped on an iron core, to make an armature much like the armature of a motor. They rotate in the very strong magnetic fields of powerful electromagnets. ...
... The generators used in power plants are much more complex than the model discussed here. Huge coils made up of many loops of wire are wrapped on an iron core, to make an armature much like the armature of a motor. They rotate in the very strong magnetic fields of powerful electromagnets. ...
Forces on Halves of a Uniformly Magnetized Sphere
... the issue of whether B or H should be used when computing forces via effective magnetic-pole densities. ...
... the issue of whether B or H should be used when computing forces via effective magnetic-pole densities. ...
Heating of the solar atmosphere by strong damping of Alfvйn waves
... question is what process can raise the temperature to values that exceed by far anything expected from simple thermodynamic considerations; the amount of energy involved, given the low mass densities, however, is relatively small. In the chromosphere, by contrast, the temperatures values are not par ...
... question is what process can raise the temperature to values that exceed by far anything expected from simple thermodynamic considerations; the amount of energy involved, given the low mass densities, however, is relatively small. In the chromosphere, by contrast, the temperatures values are not par ...
Time in physics
Time in physics is defined by its measurement: time is what a clock reads. In classical, non-relativistic physics it is a scalar quantity and, like length, mass, and charge, is usually described as a fundamental quantity. Time can be combined mathematically with other physical quantities to derive other concepts such as motion, kinetic energy and time-dependent fields. Timekeeping is a complex of technological and scientific issues, and part of the foundation of recordkeeping.