Charge detection in semiconductor nanostructures

2014 The classical Lorentz field in a spherical cavity of 403C0 Ms/3 does not occur in a ferromagnetic material which has reached technical saturation.. This effect

In conclusion, Mossbauer experiments with a magne- tic field for KMgF, : Fez+ and CaO : Fez+ indicate an unequal coupling of the fundamental electronic triplet state

Comparing our simple helical magnetic field models with the observations, we find the observational measurements are consistent with the presence of a quadrupolar magnetic field

We start by briefly reviewing the geometry of the classical system with a variable magnetic field [23, 28], the structure of the twisted (magnetic) calculus [13, 16, 22, 25, 29] and

It is concluded that the quantum spin fcc lattice with nearest neighbour anti- ferromagnetic Heisenberg and dipolar interactions ex- hibits several distinct multi-k ground

We have studied the propagation of highest energy cosmic rays in the Galactic magnetic field, for different assumptions on the large-scale field structure and/or primary cosmic ray

These results are extended in order to take into account strong- coupling effects and we show how measurements under a magnetic field may provide information

Since the resonant tunneling voltage gives direct information on the bound states of the quantum well, and those in turn depend on the barrier height, it is not surprising