A statistical approach to time domain electromagnetic shielding is presented with reference to enclosures with dimensions much larger than the shortest wavelength ensuing from the transient waveform of the threat. The proposed approach seems suitable for a thorough comprehension of the most relevant shielding issues arising in the time domain.A statistical approach to time domain electromagnetic shielding is presented with reference to enclosures with dimensions much larger than the shortest wavelength ensuing from the transient waveform of the threat. The proposed approach seems suitable for a thorough comprehension of the most relevant shielding issues arising in the time domain
Abstract — Subcellular modeling of thin slots in the finite-difference time-domain (FDTD) method is ...
The paper discusses statistical methods that can be applied when constructing the Geiger–Muller coun...
Thin slot modeling for the finite-difference time-domain (PDTD) method is investigated. Two subcellu...
The analysis of the shielding performance is conducted on the basis of the classical IEEE Standard 2...
Shielding of electromagnetic transient field requires a correct vision of the coupling mechanism an...
The assessment of the shielding effectiveness of en- closures under transient conditions calls for ...
Shielding of electromagnetic transient fields requires a correct vision of the coupling mechanism a...
This brief work emphasizes the application of numerical methods to explore the ideas related to shie...
The most likely intentional high-power electromagnetic (EM) interference, threatening the operation ...
The local and frequency-domain approach to shielding performance analysis of classical IEEE Std. 29...
The shielding performance of different buildings in presence of indirect lightning return strokes ar...
In order to protect electronic systems against the effects of transient electromagnetic interference...
This work presents an analysis of the behavior of the electromagnetic field inside a shielded struct...
Development of new electric and electronic devices leads to an increasing importance for solving ele...
The study of the effect of shielding on high frequency equipment is very important in the electromag...
Abstract — Subcellular modeling of thin slots in the finite-difference time-domain (FDTD) method is ...
The paper discusses statistical methods that can be applied when constructing the Geiger–Muller coun...
Thin slot modeling for the finite-difference time-domain (PDTD) method is investigated. Two subcellu...
The analysis of the shielding performance is conducted on the basis of the classical IEEE Standard 2...
Shielding of electromagnetic transient field requires a correct vision of the coupling mechanism an...
The assessment of the shielding effectiveness of en- closures under transient conditions calls for ...
Shielding of electromagnetic transient fields requires a correct vision of the coupling mechanism a...
This brief work emphasizes the application of numerical methods to explore the ideas related to shie...
The most likely intentional high-power electromagnetic (EM) interference, threatening the operation ...
The local and frequency-domain approach to shielding performance analysis of classical IEEE Std. 29...
The shielding performance of different buildings in presence of indirect lightning return strokes ar...
In order to protect electronic systems against the effects of transient electromagnetic interference...
This work presents an analysis of the behavior of the electromagnetic field inside a shielded struct...
Development of new electric and electronic devices leads to an increasing importance for solving ele...
The study of the effect of shielding on high frequency equipment is very important in the electromag...
Abstract — Subcellular modeling of thin slots in the finite-difference time-domain (FDTD) method is ...
The paper discusses statistical methods that can be applied when constructing the Geiger–Muller coun...
Thin slot modeling for the finite-difference time-domain (PDTD) method is investigated. Two subcellu...