2,956
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Archive:000/Nuclear fission/safety: Difference between revisions
Archive:000/Nuclear fission/safety (view source)
Revision as of 17:33, 29 March 2023
, 29 March 2023→Land lost
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}} | }} | ||
{{dp | {{dp | ||
|<nowiki>energy.tfc</nowiki> | |<nowiki>world.energy.tfc</nowiki> | ||
|<nowiki>9937.70 Mtoe/year</nowiki> | |<nowiki>9937.70 Mtoe/year</nowiki> | ||
|<nowiki>Global energy usage - total final consumption (TFC)</nowiki> | |<nowiki>Global energy usage - total final consumption (TFC)</nowiki> | ||
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{{calc | {{calc | ||
|<nowiki> nuclear_exclusion_zones / nuclear_power.to_date </nowiki> | |<nowiki> nuclear_exclusion_zones / nuclear_power.to_date * world.energy.tfc </nowiki> | ||
|<nowiki>% earth.surface per century | |<nowiki>% earth.surface per century</nowiki> | ||
}} | }} | ||
<small>Not sure if this is particularly helpful, since accidents are unforeseen and there's no reason to expect that | <small>Not sure if this is particularly helpful, since accidents are unforeseen and there's no reason to expect that their "rate" will stay the same. It could go up ''or'' down, considering all the advancement of nuclear tech that would be needed to scale up [[energy]] production.</small> | ||
This doesn't include land made uninhabitable from [[nuclear weapons]], {{qn}} which some people consider an inevitable consequence of nuclear power. | This doesn't include land made uninhabitable from [[nuclear weapons]],{{qn}} which some people consider an inevitable consequence of nuclear power. | ||