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What type of nuclear detonation occurs above 100000 feet and generates a high-energy electromagnetic pulse?
Generically speaking, anything that occurs above Earth's surface is referred to as an airburst. Be that one inch above or 1,000 miles above.
There are three types of nuclear blasts: the afore mentioned air burst, surface burst (that detonates upon impact, and the subsurface burst that detonates by timer or at depth.
It occurs to me that your question may be worded confusingly, and you could mean the intent of detonating a nuclear device, specifically a thermonuclear device at high altitude. If this is the case, the result is an EMP (electron magnetic pulse), intended to knock out a power grid and solid state components.
High altitude burst
What else can I help you with?
Which type of nuclear detonation occurs above 100,000 feet and generates a high-energy electromagnetic pule?
A high-altitude nuclear detonation that generates a high-energy electromagnetic pulse (EMP) is called a high-altitude electromagnetic pulse (HEMP) event. These detonations occur above 100,000 feet in the atmosphere and can disrupt or damage electronic devices over a wide area by inducing strong currents in electrical systems.
What type of nuclear detonation occurs above 100.000 feet and generates a high-energy electromagnetic pulse?
A high-altitude nuclear detonation occurring above 100,000 feet can generate a high-energy electromagnetic pulse (EMP) known as a high-altitude EMP (HEMP). This type of EMP can have long-range effects on electronic equipment and infrastructure by disrupting or damaging their functionality through the release of energy.
What type of nuclear detonation occurs above 100'000 feet and generates a high energy electromagnet pulse?
A high-altitude nuclear detonation above 100,000 feet can produce a high-energy electromagnetic pulse (EMP) known as a high-altitude EMP (HEMP). This type of explosion can disrupt electronic devices and communication systems over a wide area by producing intense bursts of electromagnetic radiation. It is a concern for national security due to its potential to disable critical infrastructure and military equipment.
What are some examples of nuclear to electromagnetic energy?
Some examples of nuclear energy being converted to electromagnetic energy include nuclear power plants using nuclear reactions to produce heat, which then generates steam to power turbines that produce electricity. Additionally, nuclear reactors can be used to generate radiation, which can be converted into electromagnetic energy for medical imaging in devices like X-ray machines and MRI scanners.
Which type of nuclear burst occurs 100000 feet but the fireball?
A high-altitude nuclear burst or high-altitude detonation occurs above 100,000 feet. This type of burst produces an intense burst of electromagnetic energy known as an electromagnetic pulse (EMP) that can disrupt electrical and communication systems over a wide area without causing significant physical damage on the ground. The fireball is not present in a high-altitude burst because the detonation occurs above the Earth's atmosphere.
Which type of nuclear detonation occurs above 100,000 feet and generates a high energy electromagnetic pulse?
high-altitude burst
Which type of nuclear detonation occurs above one-hundred thousand feet and generates a high-energy electromagnetic pulse?
high-altitude burst
Which type of nuclear detonation occurs above 100,000 feet and generates a high-energy electromagnetic pule?
A high-altitude nuclear detonation that generates a high-energy electromagnetic pulse (EMP) is called a high-altitude electromagnetic pulse (HEMP) event. These detonations occur above 100,000 feet in the atmosphere and can disrupt or damage electronic devices over a wide area by inducing strong currents in electrical systems.
What type of nuclear detonation occurs above feet and generates?
High-altitude burst
Nuclear detonation occurs above 100.000 feet and generates a high-energy pulse?
high altitude burst
What type of nuclear detonation occurs above 100.000 feet and generates a high-energy electromagnetic pulse?
A high-altitude nuclear detonation occurring above 100,000 feet can generate a high-energy electromagnetic pulse (EMP) known as a high-altitude EMP (HEMP). This type of EMP can have long-range effects on electronic equipment and infrastructure by disrupting or damaging their functionality through the release of energy.
What type of nuclear detonation occurs above 10000 feet and generates a high energy electromagnE tic pulse?
High-altitude burst
What type of nuclear detonation occurs above 100'000 feet and generates a high energy electromagnet pulse?
A high-altitude nuclear detonation above 100,000 feet can produce a high-energy electromagnetic pulse (EMP) known as a high-altitude EMP (HEMP). This type of explosion can disrupt electronic devices and communication systems over a wide area by producing intense bursts of electromagnetic radiation. It is a concern for national security due to its potential to disable critical infrastructure and military equipment.
What type of nuclear detonation occurring above 1000000 feet could generate a high-energy electromagnetic pulse?
high altitude burst
How do you define a star in astronomy?
A star is any hydrostatically stable plasma that generates heat and electromagnetic radiation by nuclear fusion.
What is a Emp?
One meaning is the abbreviation for Electromagnetic Pulse. This is an intense magnetic field created by the detonation of a nuclear weapon. The EMP is capable of burning out electrical devices.
What is emitted mainly during a nuclear detonation?
Shockwaves and thermal radiation are mainly emiited in a nuclear detonation. When the nuclear blasts hits the ground, kinetic energy from the impact will be released, similar to an earthquake, causing shockwaves. Thermal radiation, or electromagnetic radiation, a result of energy released from the nuclear reaction of two nitrogen atoms forming a carbon and an oxygen atom, causes fires, thermal burns and blindness.
