Study of local reconnection physics in a laboratory plasma
... Another important aspect of magnetic reconnection is its ability to convert magnetic energy to plasma energy, obserable as plasma or particularly ion heating. High temperatures observed in solar corona (Priest, 1998), magnetospheric plasmas (Dungey, 1961), and laboratory plasmas (Ejiri and Miyamoto, ...
... Another important aspect of magnetic reconnection is its ability to convert magnetic energy to plasma energy, obserable as plasma or particularly ion heating. High temperatures observed in solar corona (Priest, 1998), magnetospheric plasmas (Dungey, 1961), and laboratory plasmas (Ejiri and Miyamoto, ...
J - Laboratory of Molecular Interactions
... • The role od electron correlation varies with the system and nucleus. The electron correlation effects tend to be large in systems with multiple bonds. They are small in the case of 1 H shielding, but large for example for 17 O shielding. This phemonenon is connected with the relative magnitude of ...
... • The role od electron correlation varies with the system and nucleus. The electron correlation effects tend to be large in systems with multiple bonds. They are small in the case of 1 H shielding, but large for example for 17 O shielding. This phemonenon is connected with the relative magnitude of ...
Coupled quantum dots as quantum gates
... effect of such gate voltages is described in our model simply by a change of the interdot distance 2a. We also note that it is only for simplicity that we choose the two dots to be exactly identical, and no qualitative changes will occur in the following analysis if the dots are only approximately e ...
... effect of such gate voltages is described in our model simply by a change of the interdot distance 2a. We also note that it is only for simplicity that we choose the two dots to be exactly identical, and no qualitative changes will occur in the following analysis if the dots are only approximately e ...
the quantized hall effect
... scattering) in the direction of the electric field is possible. Within the selfconsistent Born approximation [9] the discrete energy spectrum broadens as shown in Fig. 4a. This theory predicts that the conductivity oXX is mainly proportional to the square of the density of states at the Fermi energy ...
... scattering) in the direction of the electric field is possible. Within the selfconsistent Born approximation [9] the discrete energy spectrum broadens as shown in Fig. 4a. This theory predicts that the conductivity oXX is mainly proportional to the square of the density of states at the Fermi energy ...
Quantum Mechanics Magnetic field
... understood by imagining that the field lines exert a tension, (like a rubber band) along their length, and a pressure perpendicular to their length on neighboring field lines. 'Unlike' poles of magnets attract because they are linked by many field lines; 'like' poles repel because their field lines ...
... understood by imagining that the field lines exert a tension, (like a rubber band) along their length, and a pressure perpendicular to their length on neighboring field lines. 'Unlike' poles of magnets attract because they are linked by many field lines; 'like' poles repel because their field lines ...
2014 - icnirp
... Overall, these results indicated that the threshold of vertigo correlated somewhat better with DB than with the peak dB/dt and that the most effective frequency range was below 1 Hz. It is a common experience from working with clinical MR imaging that vertigo sensations disappear when movement is sl ...
... Overall, these results indicated that the threshold of vertigo correlated somewhat better with DB than with the peak dB/dt and that the most effective frequency range was below 1 Hz. It is a common experience from working with clinical MR imaging that vertigo sensations disappear when movement is sl ...
