Pseudopotentials: A Simplified Model for Certain Types of Array Elements
Date
2009Sujet
Résumé
The results obtained by modeling an infinite linear array of electrically short dipoles by an array of pseudopotentials (the pseudopotential is a quantum-mechanical analog of the dipole) can be used for the analysis of finite linear dipole arrays. This idea is utilized to investigate properties of finite arrays such as resonances, grating lobes, and end effects. For a wide range of parameter values, it is found that the pseudopotentials can quantitatively describe all aforementioned properties of the actual finite array. Certain extensions to waveguide arrays are discussed.
Collections
Related items
Showing items related by title, author, creator and subject.
-
Parallelised Multithreaded Applications on a 4-core Field Programmable Gate Array (FPGA) Architecture
(2022)Background: The challenges in real-time multithreading, particularly in the efficiency of multithreaded applications running concurrently on multiple cores, have evolved significantly due to the increase in IoT, cloud and ... -
Analysis of pediatric Obstructive Nephropathy using protein antibody arrays and computational techniques
(2010)Obstructive Nephropathy (ON) is a renal disease quite frequent in newborns and children. Although it is caused by the improper flow of urine, the nephron destruction can be magnified by various molecular processes. In the ... -
Presynthesis area estimation of reconfigurable streaming accelerators
(2008)In this paper, we propose algorithms for presynthesis estimation of hardware cost of a streaming accelerator. Our proposed estimation method helps to accelerate the design-spaceexploration phase by orders of magnitude by ...