esh dov ets
Well-Known Member
dude your belated citation of a wikipedia page already proved you wrong. shut up. i got go shine my shoesi already understood halflifes
please give citation that it is a 200year half life.......
dude your belated citation of a wikipedia page already proved you wrong. shut up. i got go shine my shoesi already understood halflifes
please give citation that it is a 200year half life.......
Dam, you don't read very well. In October you posted that very same link. I went through it and I appreciate that. His analysis pertains to UK, not the US. The UK might very well need to depend on some nuclear power to provide their needs. US very different case.yes theres plenty of room as i said arizona on its own completley covered with concentrating solar will power the usa
fuck nature..
http://www.withouthotair.com
why dont you read that and understand the complexities of it all...
You're as stupid as you are irritating.The real reason for nuclear power stations is the manufacture of exotic isotopes to make mostly weapons. There is no case for them as energy producers going forward. All reactors leak high energy neutrons continuously, a corollary of the physics that governs them.
They are for bombs, Trumpbombs, "why don't we use nukes" has to be the apogee of nuclear stupid imo
You are wrong, no need for ad hominem it is a logical fallacy and negates your argumentYou're as stupid as you are irritating.
Making weapons grade materials is done in highly secure facilities, using equipment that has nothing at all to do with civilian power generation.
Physics is physics and cares nothing for your ignorance.You are wrong, no need for ad hominem it is a logical fallacy and negates your argument
energy is energy it doesnt matter which side of the pond you are on. Its rather short sighted to assume that you have nothing to learn from it because he uses the uk as example.....Dam, you don't read very well. In October you posted that very same link. I went through it and I appreciate that. His analysis pertains to UK, not the US. The UK might very well need to depend on some nuclear power to provide their needs. US very different case.
So I think you are a nuclear power hawk. You could be right. I'd like to see a comprehensive analysis of the options. Nuclear has a great track record for safety. Regulations and enforcement of safety regulations have kept nuclear power safe, slow to bring on line and priced out of the market.
Wilderness deserts are amazing ecosystems and I value them. They are also very delicate and take a long time to heal when damaged. And so, I agree that environmental impact will need to be considered along with safety.
There is no technical reason why the US could be 100% powered by renewables, solar, wind, geothermal and biofuel. And so, the case for nuclear is a hard one to make. IMO
Energy is energy but Britain's geography and energy map is drastically different from that of the US.energy is energy it doesnt matter which side of the pond you are on. Its rather short sighted to assume that you have nothing to learn from it because he uses the uk as example.....
"no technical reason" is a weasely way to say it as it ignores social, enviromental, economic
nuclear was always a long term investment high up front costs and low running costs. it needs government support and most polititians
From Wikipedia;The problem with nuclear on this tiny island is just that, 80 million people on a landmass half the size of Cali with a bunch of old leaky reactors is less than salubrious imo, on top of which we have a nuclear reprocessing facility cos we need the Pu 239 and 241
Lol Pt 240 is undesireable for either its 239 and 241 but you would know that right?From Wikipedia;
"Plutonium consisting of more than about 90% Pu-239 is called weapons-grade plutonium; plutonium from spent nuclear fuel from commercial power reactors generally contains at least 20% Pu-240 and is called reactor-grade plutonium."
As I said above, making weapons grade materials requires different processes and conditions than those found in nuclear power generation.
Great Britain and Israel have both received weapons grade material from the US.
He is correct, you can use a reactor to "breed" weapons grade material.From Wikipedia;
"Plutonium consisting of more than about 90% Pu-239 is called weapons-grade plutonium; plutonium from spent nuclear fuel from commercial power reactors generally contains at least 20% Pu-240 and is called reactor-grade plutonium."
As I said above, making weapons grade materials requires different processes and conditions than those found in nuclear power generation.
Great Britain and Israel have both received weapons grade material from the US.
Well you're protected from Alpha radiation by something as simple as the dead cells in your skin or by a single piece of paper.what has sheilding got to do with fuck all?
we're talking about not leaving waste for hundreds of thousands of years or even thousand of years....
i linked to wiki for clownshoes like yourself
http://www.world-nuclear.org/information-library/nuclear-fuel-cycle/nuclear-power-reactors/generation-iv-nuclear-reactors.aspx
https://en.wikipedia.org/wiki/Long-lived_fission_product
Yes, but that's not at all the same as nuclear power generation.He is correct, you can use a reactor to "breed" weapons grade material.
Alpha particles are very nasty if ingested, however.Well you're protected from Alpha radiation by something as simple as the dead cells in your skin or by a single piece of paper.
Beta only requires a thin layer of glass or metal to block, or about an inch or two of water.
By contrast, gamma rays need 6.5ft of concrete, 1.5ft of lead or 14ft of water.
dude your belated citation of a wikipedia page already proved you wrong. shut up. i got go shine my shoes
yes but in the discussion of leaving waste for future generations thousands of years down the line????Well you're protected from Alpha radiation by something as simple as the dead cells in your skin or by a single piece of paper.
Beta only requires a thin layer of glass or metal to block, or about an inch or two of water.
By contrast, gamma rays need 6.5ft of concrete, 1.5ft of lead or 14ft of water.
Yes but much safer to store in general than gamma ray emitters which can emit radiation for hundreds of thousands of years.Alpha particles are very nasty if ingested, however.
Yes, it does.yes but in the discussion of leaving waste for future generations thousands of years down the line????
i asked you to cite a 200year half life like you presumed...
what happens if an alpha emmiter is absorbed into your body numbnuts?