Solar flares
... Accelerating coronal charged particles requires electric fields. There are three mechanisms most often discussed in the context of acceleration of solar flare particles •DC field acceleration - E large-scale and organised •Stochastic resonant acceleration – E small-scale and random •Diffusive Shock ...
... Accelerating coronal charged particles requires electric fields. There are three mechanisms most often discussed in the context of acceleration of solar flare particles •DC field acceleration - E large-scale and organised •Stochastic resonant acceleration – E small-scale and random •Diffusive Shock ...
Quantum Parallelism (The Abstract of a Tutorial)
... space needed. The major difficulty in exploiting quantum parallelism lies in the fact that access to the results of a quantum computation is restricted because measurements disturb the quantum state, a process known as decoherence. Eavesdropping on a quantum communication channel can be detected wit ...
... space needed. The major difficulty in exploiting quantum parallelism lies in the fact that access to the results of a quantum computation is restricted because measurements disturb the quantum state, a process known as decoherence. Eavesdropping on a quantum communication channel can be detected wit ...
Probability Current and Current Operators in Quantum Mechanics 1
... the choice of volume of normalization. This would actually be stationary state of Hamiltonian (1) in the absence of applied fields and potentials (free qm particle). It describes a particle with precisely defined momentum p = h̄k and kinetic energy E = (h̄k)2 /2m. So it should have a nonzero current ...
... the choice of volume of normalization. This would actually be stationary state of Hamiltonian (1) in the absence of applied fields and potentials (free qm particle). It describes a particle with precisely defined momentum p = h̄k and kinetic energy E = (h̄k)2 /2m. So it should have a nonzero current ...
Perfectly Conducting Cylinder in an External, Static
... moving, perfectly conducting wire is associated with a uniform electric field Ez = −vB0/c in the lab frame. Note that Sr (r = a) is nonzero for the case of a moving cylinder in a magnetic field, while averaging to zero over azimuth θ . A perfect conductor at rest cannot have any Poynting flux perpen ...
... moving, perfectly conducting wire is associated with a uniform electric field Ez = −vB0/c in the lab frame. Note that Sr (r = a) is nonzero for the case of a moving cylinder in a magnetic field, while averaging to zero over azimuth θ . A perfect conductor at rest cannot have any Poynting flux perpen ...
Gaussian surface
... streamlines or lines of force). A flux line is drawn such that it is everywhere tangent to the electric field. A quiver plot is a plot of the field lines constructed by making a grid of points. An arrow whose tail is connected to the point indicates the direction and magnitude of the field at that p ...
... streamlines or lines of force). A flux line is drawn such that it is everywhere tangent to the electric field. A quiver plot is a plot of the field lines constructed by making a grid of points. An arrow whose tail is connected to the point indicates the direction and magnitude of the field at that p ...
Linköping University Post Print Doping front propagation in light-emitting electrochemical cells
... we would expect if the process were injection limited or electron 共or hole兲 transport limited. The front propagation speed should decrease with time in a hole- or electronlimited device as the distance that the charge carrier must migrate from the metal electrode to the front increases. An injection ...
... we would expect if the process were injection limited or electron 共or hole兲 transport limited. The front propagation speed should decrease with time in a hole- or electronlimited device as the distance that the charge carrier must migrate from the metal electrode to the front increases. An injection ...
