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Hi, everyone
I am trying solve a quasi-static electromagnetic prolem with MFEM. I use the equation is:
$$\nabla \times \mu^{-1} \nabla \times \mathbf{E}+i \omega \sigma \mathbf{E}=-i \omega \mathbf…
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Hello, everyone,
Recently, I learned about the existence of the cylindrical coordinate system in EPOCH, compiled the latest version, and started using it.
Is it possible to apply an external magn…
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### Motivation
The additions to the electromagnetic module would allow for the coupling to additional physics domains for the study of microwave systems.
### Design
The additions to the electromagn…
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We are working with a beam of a small diameter, making this into a strong electromagnet is going to be very difficult, especially given how far out the wiring has to go. Standard "DIY" electromagnets …
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### Checks
- [X] This template is only for question, not feature requests or bug reports.
- [X] I have thoroughly reviewed the project documentation and read the related paper(s).
- [X] I have search…
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## The problem and the context
Dear developers, I am a user of Smilei for particle-in-cell (PIC) simulations and have greatly appreciated its capabilities in my research. In my recent work, I have …
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(EM) radiation quality was inherited from PATO as a child of radiation quality, and has an inappropriate definition, being also at odds with the new correct quality definition of the parent term in PA…
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# Version Number
REV04
# Bugfix or Enhancement
Enhancement
# Description
The LumenPnP motherboard could see improvements to it's electromagnetic compatibility.
# Suggested Solution
Thorou…
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**_一、常规电磁波辐射防护_**
1. 电磁波传播特性
电磁波是电场和磁场周期性变化产生波动，通过空间传播的一种能量，也称作电磁辐射。频率越高，传播距离越短；频率越低，传播距离越远。无线电波的频率通常较低，可以传播很远的距离，例如广播电台的信号可以覆盖很大的地区；而微波的频率较高，传播距离相对较短，例如微波炉的微波只能在短距离内加热事物。当人类作业和生活环境中的电磁波超过一定的强度时，人…
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WDYT? Is this publication in scope?
```
@article{Zunaidi_2024,
author = {Zunaidi, Muhammad Rusyaidi and Sayakkara, Asanka and Scanlon, Mark},
doi = {10.3390/electronics13081579},
issn = {2079-9292}…