-- Discover Our Researching Secrets In The Challenge Of --
Using Structure Symmetries To Accelerate Full-wave Simulation Of Pyramidal Absorbers
The methodology to consider the symmetry of the structure and the consequent parity of the diffraction orders in the simulation of pyramidal absorbers using RFMM-MM method
About The Author
- PhD. in Electrical Engineering in 2012 from KU Leuven
-
More than 20 years of RF experience
- Multiple IEEE standard contributions on his record
- Senior member for AMTA & IEEE
-
More than 44 technical papers for distinguished organisations
-
Multiple patents in RF field
-
Highly desired speaker by multiple organisations
PhD. Amin Enayati
R&D Manager Emerson & Cuming AC
-- Don't Forget To Get Your Copy On --
Using Structure Symmetries To Accelerate Full-wave Simulation Of Pyramidal Absorbers
The methodology to consider the symmetry of the structure and the consequent parity of the diffraction orders in the simulation of pyramidal absorbers using RFMM-MM method
Copyright © 2022 Emerson & Cuming Anechoic Chambers. All Rights Reserved.
This site is not part of any Social Media brand. Additionally, this site is not endorsed by any social media platform and is the sole property of Emerson & Cuming AC.
-- Discover Our Researching Secrets Of --
Using Structure Symmetries To Accelerate Full-wave Simulation Of Pyramidal Absobers
The methodology to consider the symmetry of the structure and the consequent parity of the diffraction orders in the simulation of pyramidal absorbers using RFMM-MM method
About The Author
- PhD. in Electrical Engineering in 2012 from KU Leuven
-
More than 20 years of RF experience
- Multiple IEEE standard contributions on his record
- Senior member for AMTA & IEEE
-
More than 44 technical papers for distinguished organisations
-
Multiple patents in RF field
-
Highly desired speaker by multiple organisations
PhD. Amin Enayati
R&D Manager Emerson & Cuming AC
-- Don't Forget To Get Your Copy On --
Using Structure Symmetries To Accelerate Full-wave Simulation Of Pyramidal Absobers
The methodology to consider the symmetry of the structure and the consequent parity of the diffraction orders in the simulation of pyramidal absorbers using RFMM-MM method
Copyright © 2022 Emerson & Cuming Anechoic Chambers. All Rights Reserved.
This site is not part of any Social Media brand. Additionally, this site is not endorsed by any social media platform and is the sole property of Emerson & Cuming AC.