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many things can cause this, because of the definition of an electromagnetic pulse. an EMP is the short burst of a strong magnetic field. this can cause electrical surges- burning electronics, so if u attempt to generate EMPs, protect your electronics with a ferritin cage.
THE FOLOWING IS FOR EDUCATIONAL OR HYPOTHETICAL USE ONLY
some of the ways to generate a powerful emp are impractical. first example- Nuclear weapons. if you detonate a nuclear weapon in the upper atmosphere, the radiation will excite electrons, which will in turn cause magnetic osscilations. im not a nuclear physicist so this may be a little off, but i know this all causes an intense EMP about as big as a city.
some more practical ways to make EMPs are kinda dangerous. in using an explosion, you can push a neodimian magnet rapidly through a coil of wire. this creates a EMP to be emitted from the wire. again this probably isn't practical, cuz y not just blow up the electronic device u want to destroy. this is a weak EMP and should be within a few feet of the device
the final way to do this... and most practical, though not very powerful, is with an electro-magnet.
basically run a burst of electricity through a coil of wire to create a EMP. the higher the voltage, tighter the coils, and the shorter the burst- the better the effect. this is extremely weak, and must almost be in contact with the device to be fried. camera components for the flash wrk well for this. or so I've been told.
all of the above is from research not personal experience
What else can I help you with?
Name of the thumb pulse?
The neck pulse is the corotid pulse; the wrist pulse is the radial pulse; the arm pulse is the brachial pulse. it seems that the pulses are named according to the artery palpated; therefore, your thumb pulse must be your princeps pollicis pulse. this is an educated guess.
Which artery is felt when taking the pulse rate at the neck?
The Carotid pulse is found in the neck. The Radial pulse is found in the wrist.
Why do you think your pulse rate is not fast when you are at rest?
Our pulse rate increases with the increasement in the motion of the body.as a result, when we are fixed at a place, our pulse rate is minimumand inversely when we are in motion our pulse is fast
What is an example of a sentence using the word pulse?
I can feel my pulse on my arm or neck
What is the normal average of pulse?
the average pulse rate is 72 beats/ minute
Electromagnetic pulse is one of the effects caused by?
electromagnetic pulse is one of the effects caused by
An electromagnetic wave is an example of a?
electromagnetic pulse
What is pulse mechanical or electromagnetic?
Pulse can refer to both mechanical and electromagnetic phenomena. In a mechanical sense, a pulse is a wave of pressure or vibration traveling through a medium. In an electromagnetic sense, a pulse is a transient signal or wave of electromagnetic energy.
What is an electromagnetic pulse used for?
Electromagnetic pulse is primarily used for the basis of the advanced weaponry. This is usually deployed as a non-nuclear electromagnetic pulse either as a payload for a bomb or on drones.
What is an electronic-attack activity?
electromagnetic deception
What is EMPs in an aircraft?
Electromagnetic Pulse.
What does a electromagnetic pulse can do to stop a wrist watch from ticking?
An EMP is as it sounds, a pulse of electromagnetic energy, this induces a very high current (thousands of volts) in parts of the watch, and since many electrical items, such as microchips, are very sensitive to high voltages, it causes them to break.
Is an electromagnetic pulse is caused by an biological attack?
No!!
Does a heart beat from electromagnetic pulse?
yes
Can a Faraday cage effectively stop an EMP (Electromagnetic Pulse)?
Yes, a Faraday cage can effectively stop an EMP (Electromagnetic Pulse) by blocking the electromagnetic radiation from reaching the objects inside the cage.
What causes the throbbing called a pulse?
What causes the throbbing called a pulse?
Will a Faraday cage protect electronic devices from an electromagnetic pulse (EMP)?
Yes, a Faraday cage can protect electronic devices from an electromagnetic pulse (EMP) by blocking the electromagnetic radiation that could potentially damage the devices.
