An expression for the summit frequency of the oxygen transport arc is obtained.doi:10.1016/j.electacta.2016.02.150KulikovskyA.A.Elsevier LtdElectrochimica ActaA. A. Kulikovsky, A simple physics-based equation fo
In order to understand how electricity flow through power lines, drives motors, or is stored in batteries, there are two concepts one needs to understand: electric charge and electric current. In physics, the definition of electric charge is a quantity of charged particles; it can be either po...
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Note that, for this special form of wave, we do not need to use Eq. (3.36) because the selected coordinate system does not change the physics of wave propagation. We may use the general solution to the plane wave equation (Eq. (3.19)) and simply transform it into an expression in ...
current algebrareflection equationq-Onsager algebraquantum integrable modelsWe establish an explicit algebra isomorphism between the quantum reflection algebra for the Uq([^(sl2)]) R{U_q(\\widehat{sl_2}) R}-matrix and a new type of current algebra. These two algebras are shown to be two ...
Amperage or currentIamperes, amps A Resistivity or resistanceRohms Ω Wattage or powerPwatts W ForRtake impedanceZ Basic Principles of Electric Circuits PhysicsFormularyandElectricityEquations Formula wheel▼Important formulas Electrical engineering lawsElectronic engineering laws ...
In this section we tackle new traveling-wave solutions for the extended NLSE equation which profoundly relates to superconductivity, plasma physics and non-linear optics. From Eq. (1) with the assistance of Eq. (4) is separated into the following imaginary and real parts: −γ3V‴+6(3ψ...
Maxwell's Fourth Equation expresses the observation that a continuous electrical current I or a displacement current (∂D/∂t) gives rise to a magnetic field. At a distance r from a wire with direct current I, for example, the magnetic field is given by (4.20G)H=2Icr (4.20S)H=I2...
This is an evolution equation for the probability density of a particle of a rarefied gas and its scope is to describe the thermodynamic behavior of a suitable class of macroscopic systems possibly not in thermal equilibrium. Here we want to illustrate the delicate passage from the Hamiltonian ...
We present a formalism for calculating the non-symmetrized quantum current noise within the Born-Markov approximation for the master equation. The formalism is particularly well suited to obtaining the current noise for quantum transport in mesoscopic devices such as a superconducting single electron ...