What is Control of Turbulence in Crossed Vortexes! Dimitri Volchenkov
... The international project on magnetic confinement fusion is designed to make the transition from today’s studies of plasma physics to future electricity-producing fusion power plants. A successful fusion device has to contain the particles in a small enough volume for a long enough time for much of ...
... The international project on magnetic confinement fusion is designed to make the transition from today’s studies of plasma physics to future electricity-producing fusion power plants. A successful fusion device has to contain the particles in a small enough volume for a long enough time for much of ...
Nature physics
... wave from the optical lattice potential, one observes a multiple matter-wave interference pattern (see Fig. 6a). For the case of large interactions relative to the kinetic energy, U/J >> 1, the system enters the strongly correlated state of a Mott insulator, in which the atoms are localized to singl ...
... wave from the optical lattice potential, one observes a multiple matter-wave interference pattern (see Fig. 6a). For the case of large interactions relative to the kinetic energy, U/J >> 1, the system enters the strongly correlated state of a Mott insulator, in which the atoms are localized to singl ...
Nonlocal “realistic” Leggett models can be considered refuted by the
... Finally, the “single preferred frame” is not refuted by the before-before experiment, but is not a coherent picture: it does not make sense to maintain the spook of nonlocality giving up the experimenter’s freedom, since one can get rid of both “mysteries” (freedom and nonlocality) by choosing deter ...
... Finally, the “single preferred frame” is not refuted by the before-before experiment, but is not a coherent picture: it does not make sense to maintain the spook of nonlocality giving up the experimenter’s freedom, since one can get rid of both “mysteries” (freedom and nonlocality) by choosing deter ...
Version 001 – Term B Final Review – tubman – (20141B) 1 This
... 1. The current through A is now larger than before but not twice as large. 2. The current through A is now twice as large as before. 3. The current through A is now smaller than before but not half as large. ...
... 1. The current through A is now larger than before but not twice as large. 2. The current through A is now twice as large as before. 3. The current through A is now smaller than before but not half as large. ...
Document
... Proof of the Gumbel distribution of interfernece fringe amplitude for 1d weakly interacting bosons relied on the known relation between 1/f Noise and Extreme Value Statistics T.Antal et al. Phys.Rev.Lett. 87, 240601(2001) ...
... Proof of the Gumbel distribution of interfernece fringe amplitude for 1d weakly interacting bosons relied on the known relation between 1/f Noise and Extreme Value Statistics T.Antal et al. Phys.Rev.Lett. 87, 240601(2001) ...
Zahn, M., Electro-optic Field and Space Charge Mapping Measurements in High Voltage Stressed Dielectrics, Physics in Technology 16, 288-295, November 1985
... electrodes. These terminal measurements cannot distinguish between a wide range of models of pre-breakdown and breakdown behaviour. The electric-field distributions cannot be calculated from knowledge of system geometries alone because of space-charge effects. This volume charge is due to injection ...
... electrodes. These terminal measurements cannot distinguish between a wide range of models of pre-breakdown and breakdown behaviour. The electric-field distributions cannot be calculated from knowledge of system geometries alone because of space-charge effects. This volume charge is due to injection ...
The influence of the magnetic field on the performance
... An AMR cycle proceeds in four steps. First the regenerator is magnetized. This raises the temperature of the solid due to the magnetocaloric effect. The temperature rise is a function of magnetic field but also of temperature, and thus of position in the regenerator. At the same time heat is transfe ...
... An AMR cycle proceeds in four steps. First the regenerator is magnetized. This raises the temperature of the solid due to the magnetocaloric effect. The temperature rise is a function of magnetic field but also of temperature, and thus of position in the regenerator. At the same time heat is transfe ...
