measurement of speed of this beam shielded from magnetic field, measurement of its deviation from straight-forward direction under effect of magnetic field from the moment when beam leaves shielded region, distance from shielding region to anode being known; flux density is found from formula given ...
A supersymmetric formalism is used to rederive a recent beautiful result of Wegner concerning the density of state of an electron gas in the presence of a strong magnetic field and impurities. The derivation is simple and applicable to any (local) distribution of scatterers. Explicit formulae are...
Suppression of thermopower of NaxCoO2 by an external magnetic field: Boltzmann transport combined with spin-polarized density functional theory We calculate the thermopower in NaxCoO2 using the standard Boltzmann transport theory and first principles electronic structures with spin polarization tak... HJ...
We study the effect of finite electric field on the density of states (DOS) in a two-dimensional disordered system, extending our previous work about the magnetic field effect. Two cases are considered: (i) uniform electric field E and (ii) crossing fields E and H. The electric field supp...
How to calculate magnetic field strength. Enter the amount of current, (I) flowing in the coil, in Amperes. Enter the length of the solenoid coil in meters. Enter the number of whole coil turns. The magnetic flux density, (B) is calculated in Tesla (T) using the formula below. ...
The right panel displays the probability density for the hyperfine field distribution that was obtained from the simulations.Reproduced from Röhlsberger et al. (2001). This pionieering experiment not only opened the way for a more in depth investigation of the system but also demanded the ...
Rlin = MagnetostaticResults with properties: MagneticPotential: [5473×1 double] MagneticField: [1×1 FEStruct] MagneticFluxDensity: [1×1 FEStruct] Mesh: [1×1 FEMesh] Specify the data for the magnetic flux density B and the corresponding magnetic field strength H. ...
These results comprise the theories of Magnetic Topological Quantum Chemistry (MTQC) and fermionic symmetry-based indicators (double SIs)7,30,31,32,51, which apply to all possible 3D magnetic and nonmagnetic crystals with mean-field Hamiltonians. We have also determined the physical bases of all...
The elementary magnetic field vectors thus generated add together, based on the principle of superposition. The magnetic field vectors generated by the geometrical elements of the probe are easy to calculate using the Biot–Savart law. In the following, we recall some basic formulae for calculating...
Thus a different kind of magnetic field class should exist and be able to explain such anti-phase correlation. Indeed we can find the solution in the magnetic elements of Component III which are measured to be in anti-phase with the solar cycle and distributed all over the solar disk1,2....