This result yields two quadratic equations for ω. Show that the two physically acceptable solutions to these two quadratic equations are ω1=L2R+(L2R)2+ωr2andω2=−L2R+(L2R)2+ωr2 Hence ω1 − ω2 = L/R, which yields the radian frequency width of the power curve at half-...
Stochastic partial differential equations and filtering of diffusion processes We establish basic results on existence and uniqueness for the solution of stochastic PDE's. We express the solution of a backward linear stochastic PDE in terms of the conditional law of a partially observed Markov ...
equations) and inequality (i.e., limits on the control or state variables) constraints. The problem-specific variables comprise the voltages at load buses, the reactive powers of the generators, and the power flows in the branches. The OPF problem can generally be characterised as a large-...
The χ(2) optical nonlinearity of the material causes two FH resonances at ωm and ωn, and the SH resonance at Ωk to interact with each other at a rate gk,nm. All of the dynamics of this system are captured by a set of coupled-mode equations for the fundamental (Am) and second...
To compare the observed flows in the experiment with theoretical predictions but also when using the full market model, we compute flows by solving complex power-flow equations. In particular, we use the textbook form, see e.g., refs.30,44,57,58: ...
The operator will be required to purchase more energy from wind or solar farms they did not anticipate at a fee known as underestimation cost if real available renewable power exceeds the planned quantity [44]. These costs can be computed as the following two equations: 𝐶𝑅=𝐾𝑅(𝑃...
The model based on the power-law second-order LPF showed a near similar response to the previously mentioned two models for kiwi and peach samples. The first-order and second-order HPF described in Equations (4) and (7) failed across the whole frequency range, confirming the capacitive ...
The availability of computers has enabled scientists to more easily prove theories, solve complex equations, simulate 3D environments, forecast weather, and perform many other processor-intensive tasks. Over the years, literally hundreds of high-level languages have been developed to faci...
The availability of computers has enabled scientists to more easily prove theories, solve complex equations, simulate 3D environments, forecast weather, and perform many other processor-intensive tasks. Over the years, literally hundreds of high-level languages have been developed to facilitate the use...
We review in detail the few (simple) theoretical equations that rule all near-equilibrium recombination processes in semiconductors with direct or indirect... J.,Camassel,S.,... - 《Chemical Vapor Deposition》 被引量: 59发表: 2006年 Some new features of the photoluminescence of SiC(6H), SiC...