Add to ORKGAbstract-In this paper we present different techniques for measuring the electromagnetic shielding effectiveness of the materials. A comparative study regarding the advantages and the limits of these methods in electromagnetic characterization of advanced materials for shielding purpose is considered. Additionally, the possibility to separate the contribution of absorption and reflection properties of these materials to the total shielding effectiveness was investigated. I
Due to the impact of higher and higher frequencies in a lot of applications, the Shielding Effective...
Effective magnetic shielding from DC to power frequencies is of growing importance in many applicati...
The usage of electrical and electronic devices that operate at high frequencies has grown rapidly in...
Abstract – Principles and applications are described for a new method for measuring the shielding pe...
An electromagnetic shielding material is any material used to make shielding enclosures, typically t...
This paper deals with measurement of the shielding effectiveness against the electromagnetic field. ...
Abstract: Shielding effectiveness relates to a material's ability to reduce the transmission of prop...
This thesis presents contributions to work for better methodologies for addressing Electromagnetic C...
The basic principles of Shielding Effectiveness (S.E.(dB)) in terms of Reflection Loss (R(dB)), Abso...
Currently, electromagnetic interference constitutes one of the major complications for a function of...
This contribution contains the mechanisms for calculation of magnetic shielding effectiveness from m...
The purpose of an EM shield is to prevent undesired electromagnetic coupling between an EM source an...
A set of standard methods and procedures for determining the shielding effectiveness of planar mater...
The well-known equations for electromagnetic shielding effectiveness (EM SE) are based on an assumpt...
In a number of applications, due to concerns such as weight and flexibility, shielding materials are...
Due to the impact of higher and higher frequencies in a lot of applications, the Shielding Effective...
Effective magnetic shielding from DC to power frequencies is of growing importance in many applicati...
The usage of electrical and electronic devices that operate at high frequencies has grown rapidly in...
Abstract – Principles and applications are described for a new method for measuring the shielding pe...
An electromagnetic shielding material is any material used to make shielding enclosures, typically t...
This paper deals with measurement of the shielding effectiveness against the electromagnetic field. ...
Abstract: Shielding effectiveness relates to a material's ability to reduce the transmission of prop...
This thesis presents contributions to work for better methodologies for addressing Electromagnetic C...
The basic principles of Shielding Effectiveness (S.E.(dB)) in terms of Reflection Loss (R(dB)), Abso...
Currently, electromagnetic interference constitutes one of the major complications for a function of...
This contribution contains the mechanisms for calculation of magnetic shielding effectiveness from m...
The purpose of an EM shield is to prevent undesired electromagnetic coupling between an EM source an...
A set of standard methods and procedures for determining the shielding effectiveness of planar mater...
The well-known equations for electromagnetic shielding effectiveness (EM SE) are based on an assumpt...
In a number of applications, due to concerns such as weight and flexibility, shielding materials are...
Due to the impact of higher and higher frequencies in a lot of applications, the Shielding Effective...
Effective magnetic shielding from DC to power frequencies is of growing importance in many applicati...
The usage of electrical and electronic devices that operate at high frequencies has grown rapidly in...