radiation

Researchers at the College of Engineering at the University of Connecticut (UConn) are actively working to better understand how different wave-absorbent materials can be used to reduce high-level exposure to electromagnetic (EM) wave radiation.

Discover the exact mathematical solution for far-field shielding effectiveness of solid conducting shields. Learn how reflection, absorption, and multiple-reflection losses combine to determine a shield's ability to block electromagnetic radiation in real-world applications.

This is the second of seven articles devoted to the topic of shielding to prevent electromagnetic wave radiation. This article discusses the normal incidence of a uniform plane wave on a solid conducting shield with no apertures.

This is the first of seven articles devoted to the topic of shielding to prevent electromagnetic wave radiation. The results presented here are valid under the assumption of a uniform plane wave with normal (perpendicular) incidence on a boundary between two media.

Recent research posted to a popular financial industry website shows that certain smartphone models...

Scientists have discovered a way to enhance radiation power, providing a powerful new resource for nanotechnology and optical frequencies.

The U.S. Food and Drug Administration (FDA) has released a draft guidance on compliance...

The Environmental Protection Agency (EPA) could benefit from a good EMC engineer. The Wallstreet...

A new coating material developed by Stanford University engineers can be used to cool...

Scientists have recently discovered an invisible shield that protects the Earth from potentially dangerous radiation....