electromagnetic pulse

This article provides an overview of high-altitude electromagnetic pulses and the damaging effects they pose to sensitive electronic circuitry, equipment and systems that support a wide range of critical applications, along with common EMP protection approaches and current testing methods used to evaluate the resilience of equipment and systems exposed to an EMP attack.

Public awareness regarding the likely hazards associated with the detonation of an electromagnetic pulse...

EPRI scientists have done an in-depth research into electromagnetic pulses, determining some of the potential dangers -- and ways we can fight back.

Protection from high-altitude electromagnetic pulse (HEMP) and intentional electromagnetic interference (IEMI) is an important consideration to the design of modern electronic systems, especially those that control critical infrastructures.

Maintaining the resilience of all critical infrastructure segments, including the electric grid, sensitive data centers and vital communication channels, has become a growing concern globally as electromagnetic pulse (EMP) events continue to threaten society and the operation of business and life as we know it.

A United States Air Force Tanker has proved it is capable of withstanding electromagnetic pulse weapons.

Electromagnetic pulses can be a deadly weapon against modern technology -- see the unconventional way engineers are fighting back.

A team from the University of Maryland (UMD) and the Weinberg Medical Physics LLC (WMP)...

The House of Representatives passed a bill, H.R. 3410, on Monday, December 1, 2014...

Earlier this year, a patent was awarded to a group of scientists for an...