one-dimensional propagation model
Modeling and Analysis of Helmholtz Cavity Basing on One dimensional Plane Wave Propagation
... on one-dimensional plane wave approximation, with compressibility of liquid being ...present model can accurately predict the resonance resonant frequency of the tank, which may be used in the ...
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Electron localisation in static and time-dependent one-dimensional model systems
... All the results presented in this paper were calculated using the iDEA code [15]. The Schr¨odinger equation is solved exactly for 1D systems of spinless electrons to find the exchange-antisymmetric MB wavefunction, both ...
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A New One-Dimensional Electrostatic Model for Membrane MEMS Devices
... micro dimensional engineering applications are more and more oriented towards low cost solutions where actuators/sensors play a key role because representing the link between the physical nature of the problem and ...
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Band gap behavior of optimal one dimensional composite structures with an additive manufactured stiffener
... In this work, the banded behaviour of composite one-dimensional structures with an additive manufactured stiffener is examined. A finite element method is used to calculate the stiffness, mass and damping ...
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Modelling wave propagation in two dimensional structures using a wave/finite element technique
... the model of the whole structure in the low frequency ...FE model that can predict response accurately becomes too large and therefore computationally very ...frequencies. One of the main reasons is ...
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The effect of two receivers on broadcast molecular communication systems
... diffusion-based propagation model is simulated for a molecular communication system with absorbing ...receivers. One of the important parameters of performance analysis, capture probability, can be ...
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Two-Dimensional Pheromone Propagation Controller
... with model mismatch ξ = 1.1 . The fixed optimal 1D/2D propagation parameter or weights of the other controllers were obtained using the minimum mean square error from 27 sets of anthropogenic disturbance ...
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CRPropa: A public framework to propagate UHECRs in the universe
... the one from Miniati [22], also used in several subsequent works [23,24] for the propagation of ...This model has a higher magnetic field strength compared to Dolag et ...
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Single-Mode Propagation of Light in One-Dimensional All-Dielectric Light-Guiding Systems
... Unlike 2D and 3D PBG structures where pure numerical simulations are needed, the planar guiding system is easier to handle, and may provide a deep insight of physics. Asymptotic analysis indicates that the large-radius ...
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Parameter identification for a one-dimensional blood flow model
... models. One is now able to solve the full 3-d fluid structure interaction problem on real geometries, coming from real ...complex model cannot probably be afforded for an intensive numerical study requiring ...
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One-dimensional finite element discretization of crack propagation through parallel computation
... solve one dimension crack propagation problem along with the C programming source code, parallel computation and performance measurement equations are explained in section 3, in section 4, a mathematical ...
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One dimensional scaling limits in a planar Laplacian random growth model
... to model a range of physical phenomena, including ones involving aggregates of diffusing ...Eden model [4], or the more general dielectric breakdown model (DBM) ...
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Propagation Models for Next Generation Networks in NS-3:A Survey
... developing model. Propagation models are used extensively in network planning, particularly for conducting feasibility studies and during initial ...wave propagation to determine the received signal ...
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Propagation and Confinement of Electric Field Waves along One Dimensional Porous Silicon Hybrid Periodic/Quasiperiodic Structure
... Motivated by those reports on mechanical oscillations, in 2009 we presented some preliminary theoretical reports on the optical propagation in porous silicon-based multi- layers designed as hybrid combinations of ...
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Efficient 4x4 Propagation Matrix Method Using a Fourth-Order Symplectic Integrator for the Optics of One-Dimensional Continuous Inhomogeneous Materials
... 4 propagation matrix method [1] is time-consuming for inhomogeneous materials because of the inefficient calculation of the exponential of a 4 × 4 propagation matrix for a homogeneous ...4 ...
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THE STUDY OF TEMPERATURE PROFILE INSIDE WAX DEPOSITION LAYER OF WAXY CRUDE OIL IN PIPELINE
... transfer model of calculating the temperature profile inside wax deposition layer was deduced and established based on the energy balance equation, the finite difference method was used to solve this model, ...
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An original flowrule for strain-space multi-surface saint-venant plasticity model
... The one-dimensional two-element Saint-Venant model is composed of two elementary Saint- Venant models associated in ...the model is less than the first threshold , the behavior is purely ...
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PP. 61-73 A One-Dimensional Model of a False Aneurysm
... a one dimensional model of a false aneurysm. The model is derived from the original three dimensional flow equations by dimension reduction and asymptotical analysis, ...the ...
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To Control the Propagation Characteristic of One-Dimensional Plasma Photonic Crystal Using Exponentially Graded Dielectric Material
... structure; one in the visible and other in the infrared ...the propagation of EM waves in 1D- PPCs having graded dielectric profile in the unit cell is considered which is not discussed by any researchers ...
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Recent methodology advances in fluorescence molecular tomography
... photon propagation model can be simplified to a photon stochastic propagation model that contains only the scattering and absorp- tion effects without considering the reflection and re- ...
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