A conventional bomb enclosed in a jacket of highly radioactive isotopes. However it will probably kill the builders before they can use it. This is called a "radiological weapon", a radiation dispersal device or a "dirty bomb".
Such a radiation dispersal device could be a "dirty bomb" but since the question does not include phrases like harmful, or detrimental and no limit is placed on "device" it is necessary to include alternate answers.
These would be:
One instance of this was in the 1950s Hanford site Green Run, where they took material direct from the reactors and processed it, allowing Iodine-131 and other radioisotopes to go out the processing plant stack and travel east over the rest of the country in the wind. Normally they allowed the material from the reactors to decay in cooling ponds for several weeks to remove these isotopes before processing. They tracked the radioactive plume from the Green Run to develop a model of dispersal, because it was believed the USSR was operating their plants this way to accelerate Plutonium production. If the USSR was doing this, it was hoped that the model developed from the Green Run data would allow accurate estimations of the size of the USSR's stockpile.
radiation dispersal device
radiation dispersal device
Radiation dispersal device
radiation dispersal device
radiating dispersal device
No, a high altitude burst usually reduces the fallout generated, also it is a nuclear detonation.
radiation dipersal device
A "dirty bomb", a type of radiological weapon, can disseminate radioactive materials by means of a conventional explosion. Dirty bombs are potential terrorist weapons since advanced knowledge of physics and actinide chemistry are not needed to construct such a weapon.
A partial detonation is when only part of the explosive material detonates, leaving some of the material unreacted.
Yes, there are a number of uses for radioactive material. It depends on the type of radioactive material.
An incomplete detonation is often referred to as a "deflagration." This term describes a combustion process where the reaction moves through the explosive material at a slower rate compared to a detonation.
Radioactive material refers to substances that emit radiation spontaneously, while nuclear material is any material that can undergo nuclear reactions such as fission or fusion. Essentially, all radioactive material is nuclear material, but not all nuclear material is necessarily radioactive.