We illustrate the parameter extraction procedure with a numerical example, in which we validate that the applied method is able to produce the desired SE profile within the specified frequency range.
📌 3 Key Takeaways
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Objective & Hypothesis:We describe an analytical method to synthesize a Debye-like equivalent homogeneous material by computing the associated parameters such as static relative permittivity, relative high-frequency limit permittivity, relaxation time, and the width of the material for a given shielding effectiveness specification and a given range of frequency as well as material width.
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Key Findings & Data:We describe an analytical method to synthesize a Debye-like equivalent homogeneous material by computing the associated parameters such as static relative permittivity, relative high-frequency limit permittivity, relaxation time, and the width of the material for a given shielding effectiveness specification and a given range of frequency as well as material width.
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Conclusion & Impact:We illustrate the parameter extraction procedure with a numerical example, in which we validate that the applied method is able to produce the desired SE profile within the specified frequency range.
🔬Design:Research Article
📍Scope:Comprehensive Sample
⚙️Variables:Ekranlama verimliliği · madde sentezi · Debye parametreleri
Abstract
We describe an analytical method to synthesize a Debye-like equivalent homogeneous material by computing the associated parameters such as static relative permittivity, relative high-frequency limit permittivity, relaxation time, and the width of the material for a given shielding effectiveness specification and a given range of frequency as well as material width. We illustrate the parameter extraction procedure with a numerical example, in which we validate that the applied method is able to produce the desired SE profile within the specified frequency range.
Özet
Verilen bir ekranlama verimliliği karakteristiği ile frekans ve madde genişliği aralığı için, statik göreceli permitivite, göreceli yüksek frekans limiti permitivitesi, relaksasyon zamanı ve madde genişliği gibi ilgili parametreleri hesaplayarak Debye-benzeri eşdeğer homojen madde sentezlenmesi için bir analitik metod tasvir etmekteyiz. Parametre çıkarım prosedürünü, uygulanan metodun belirlenen frekans aralığında, istenen ekranlama verimliliği profilini üretebildiğini doğruladığımız bir sayısal örnekle anlatmaktayız.
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