Muse
Lifer
- Jul 11, 2001
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Correct me if I'm wrong but AFAIK the only deployment so far was Hiroshima and Nagasaki. Nuke capable nations have so far cooperated in keeping it that way. NK and Iran have been viewed as potential violators. NK is evidently off the leash but so far doesn't appear to be slobbering at the mouth to find out what happens to them if they nuke anybody. Question is, can Iran be trusted? US and Israel (particularly the latter) have their doubts.I hadn’t heard that. Why would it not be possible to fire Trident missiles without US cooperation? I get that they are built here but the UK already has plenty of them and presumably also has at least some spare parts. It doesn’t rely on GPS so the US couldn’t disable it that way either.
Unlike Ukraine where long term supplies are necessary, nuclear wars should be very short - at least the nuclear part, haha, so you only really need to be able to fire them once.
Now, I think there's potential (and actual) use of fissionable material or at least radioactive in modern warfare other than atomic or hydrogen bombs, but I don't know much about it.
Edit, AI generated:
Beyond traditional nuclear bombs, fissionable or radioactive materials have potential and actual uses in modern warfare, though often with significant ethical and environmental implications
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Here are some examples:
1. Depleted Uranium (DU) in Munitions and Armor:
- DU is a byproduct of uranium enrichment and is less radioactive than natural uranium.
- Its high density makes it effective for penetrating armor and is used in ammunition and tank armor.
- DU munitions have been used in various conflicts since the 1990s, including the Gulf War, the Balkans, Afghanistan, Iraq, and Syria.
- However, its use is controversial due to potential environmental and health risks from the dispersed radioactive dust and potential groundwater and soil contamination.
- RTGs convert heat from radioactive decay into electricity.
- They are used for long-term power generation in remote locations or space vehicles where other power sources are impractical.
- The military has used RTGs to power remote sensing stations and other Arctic equipment.
- While RTGs are not useful for a nuclear weapon, they could theoretically be used in a "dirty bomb," though this is not a genuine nuclear weapon and is mainly intended to spread fear and panic.
- Scientists are testing the use of radioisotopes like tritium to power battlefield sensors, enabling them to last for many years.
- This offers advantages over conventional batteries, which have limited lifespans.
- Such sensors can provide long-term awareness of activities in isolated areas.
- Radiological Dispersal Devices (RDDs or "Dirty Bombs"): These combine conventional explosives with radioactive material to contaminate an area and cause fear and disruption, rather than a large-scale nuclear explosion.
- Radiological Weapons: These are devices intended to spread radioactive material to cause harm. Delivery methods could include aerial dispersal or missile warheads.
- Tracer rounds: While not directly utilizing radioactivity for weaponization, some tracer rounds might have used materials with minimal radioactive properties in the past, though modern tracers primarily use pyrotechnic compounds.
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