Talk:Nuclear power reconsidered: Difference between revisions
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== Purpose of this article == | == Purpose of this article == | ||
The purpose of this article is to raise questions and establish criteria for evaluating the many nuclear reactor designs that are now being proposed as solutions to the global warming caused by our use of fossil fuels. Answers to these questions should be provided in the subpages on each reactor design. We should not, for example, go into detail on the handling of liquid waste, as that question would only apply to specific reactor designs. That is a topic that might deserve a subpage, however, since many of the new designs use liquid fuel. We want to keep this top article short and non-controversial. There will be plenty of opportunity for questions and comments from skeptics on these discussion pages. | The purpose of this article is to raise questions and establish criteria for evaluating the many nuclear reactor designs that are now being proposed as solutions to the global warming caused by our use of fossil fuels. Answers to these questions should be provided in the subpages on each reactor design. We should not, for example, go into detail on the handling of liquid waste, as that question would only apply to specific reactor designs. That is a topic that might deserve a subpage, however, since many of the new designs use liquid fuel. We want to keep this top article short and non-controversial. There will be plenty of opportunity for questions and comments from skeptics on these discussion pages. | ||
The reactors included in the section "Proposed Designs" can be added or deleted as we get authors to contribute their expertise. My initial choices are just what I think are the most likely to succeed in the next few years. I have also included one gas-cooled reactor, because I am fascinated by the possibility of a really high-temperature reactor generating hydrogen with no CO2 waste. There are many other choices, liquid or solid fuel, thorium or uranium, fast or slow neutrons, breeder or burner, liquid or gaseous coolant, etc. [[User:David MacQuigg|David MacQuigg]] ([[User talk:David MacQuigg|talk]]) 23:06, 11 October 2021 (UTC) | The reactors included in the section "Proposed Designs" can be added or deleted as we get authors to contribute their expertise. My initial choices are just what I think are the most likely to succeed in the next few years. I have also included one gas-cooled reactor, because I am fascinated by the possibility of a really high-temperature reactor generating hydrogen with no CO2 waste. There are many other choices, liquid or solid fuel, thorium or uranium, fast or slow neutrons, breeder or burner, liquid or gaseous coolant, etc. [[User:David MacQuigg|David MacQuigg]] ([[User talk:David MacQuigg|talk]]) 23:06, 11 October 2021 (UTC) | ||
Revision as of 12:49, 12 October 2021
Purpose of this article
The purpose of this article is to raise questions and establish criteria for evaluating the many nuclear reactor designs that are now being proposed as solutions to the global warming caused by our use of fossil fuels. Answers to these questions should be provided in the subpages on each reactor design. We should not, for example, go into detail on the handling of liquid waste, as that question would only apply to specific reactor designs. That is a topic that might deserve a subpage, however, since many of the new designs use liquid fuel. We want to keep this top article short and non-controversial. There will be plenty of opportunity for questions and comments from skeptics on these discussion pages.
The reactors included in the section "Proposed Designs" can be added or deleted as we get authors to contribute their expertise. My initial choices are just what I think are the most likely to succeed in the next few years. I have also included one gas-cooled reactor, because I am fascinated by the possibility of a really high-temperature reactor generating hydrogen with no CO2 waste. There are many other choices, liquid or solid fuel, thorium or uranium, fast or slow neutrons, breeder or burner, liquid or gaseous coolant, etc. David MacQuigg (talk) 23:06, 11 October 2021 (UTC)