[PDF] Top 20 General Solution for Waveguide Modes in Fractional Space
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General Solution for Waveguide Modes in Fractional Space
... (10) Here we can clearly see that the fractionality terms are introduced into the classical solutions for the field expressions in fractional space. They show generalization from integer to non-integer ... See full document
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SOLUTION OF SPACE -TIME FRACTIONAL FOKKER PLANCK EQUATION BY HOMOTOPY ANALYSIS METHOD
... There is a more general form of Fokker–Planck equation which is called the nonlinear Fokker–Planck equation. The nonlinear Fokker–Planck equation has important applications in various areas such as plasma physics; ... See full document
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Solution to time fractional generalized KdV of order 2q+1 and system of space fractional PDEs
... Fractional calculus has been used to model physical and engineering processes which are found to be best described by fractional differential equations. It is worth noting that the standard mathematical ... See full document
10
Fractional Waveguide with Impedance Walls
... parameters and µ. The separation between the two parallel plates is b. One plate is located at y = 0, while other plate is located at y = b. The plates are assumed to be ofinfinite extent. As a general scheme, we ... See full document
14
Differential transform method for conformable fractional partial differential equations
... for fractional derivative in most of which integral forms have been widely ...of fractional derivative called a conformable frac- tional derivative was proposed by Khalil et ...conformable fractional ... See full document
13
Approximate Solution For Time-Space Fractional Soil Moisture Diffusion Equation And Its Application
... etc. Fractional diffusion equations have been topic of interest, studied by many researchers for developing fractional order finite difference ...time- space fractional implicit finite ... See full document
6
Application of He’s Variational Iteration Method for the Analytical Solution of Space Fractional Diffusion Equation
... Spatially fractional order diffusion equations are generalizations of classical diffusion equations which are increasingly used in modeling practical super diffusive problems in fluid flow, finance and others ... See full document
5
Crosstalk between optical waveguides with applications to visual photoreceptors
... of modes for systems in which an exact modal solution is not possible but where the modes of a subsystem are ...These modes, in general, form a complete set so that they can be used to ... See full document
292
Fractional Surface Waveguide
... the fractional order surface waveguides. Fractional order surface waveguides may be regarded as intermediate step of two surface waveguides which are related through the principle of ...duality. ... See full document
11
Wave Propagation in a Helical Waveguide with Slab and Rectangular Dielectric Profiles, and Applications
... curved waveguide and bends ...electromagnetic modes which may exit in waveguide bends of rectangular cross section ...rectangular waveguide type was presented in ...moments solution ... See full document
26
Scalar Product in the Space of Waveguide Modes of an Open Planar Waveguide
... adiabatic waveguide modes for modeling the propagation of polarized monochromatic electromagnetic radiation in irregular integrated optics structures it is necessary to expand the desired solution in ... See full document
6
Application of Adomian’s Decomposition Method for the Analytical Solution of Space Fractional Diffusion Equation
... Riemann fractional derivatives of order and ...analytical solution of a wide and general class of dy- namical systems representing real physical problems ...the solution of ... See full document
6
The Wave Equation and General Plane Wave Solutions in Fractional Space
... in fractional space can describe complex phenomenon of wave propagation in any non-integer-dimensional ...wave solution in integer dimensional space with D = 2 as “Case 1” and for D = 3 as ... See full document
10
Maximum principle and its application to multi-index Hadamard fractional diffusion equation
... evolution, fractional) differential ...the solution, some properties of the solution can be obtained using the maximum ...vestigating fractional differential equations have received great ... See full document
8
The general solution of differential equations with Caputo Hadamard fractional derivatives and impulsive effect
... Furthermore, impulsive effects exist widely in many processes in which their states can be described by impulsive differential equations. There have appeared a number of papers to research the subject of impulsive ... See full document
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Systematic study of a corrugated waveguide as a microwave undulator
... gated waveguide are suitable operating modes. Their char- acteristics were studied using numerical simulation and their performance compared in the design of a corrugated wave- guide operating at 36 GHz. It ... See full document
7
Existence of mild solution for nonlocal impulsive fractional semilinear differential inclusion in Banach space
... and fractional differential inclusions have been an object of interest since two decades due to their wide applications in various fields, such as physics, biology, mechanics and engineering, medical field, ... See full document
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Explicit Approximation Solutions and Proof of Convergence of the Space Time Fractional Advection Dispersion Equations
... Then I prove that the discrete solution in the Fourierlaplace space of theses models converges in distribution to the Fourier-Laplace transform of the corresponding fractional differenti[r] ... See full document
14
Deciphering satellite observations of compressional ULF waveguide modes
... cavity modes in satellite obser- vations ...for waveguide modes. This adds uncertainty to waveguide/global mode observational ...global modes using cavity mode selection criteria: ... See full document
14
Waveguide-coupled photonic crystal cavity for quantum dot spin readout
... Photoluminescence measurements were performed with a confocal scanning microscopy setup with the sample mounted in a liquid helium bath-cryostat at 4.2K [32]. The sample was excited with an 850nm CW Ti:Sapphire laser ... See full document
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