This article is rated C-class on Wikipedia's
content assessment scale. It is of interest to the following WikiProjects: | |||||||||||||||||||||
|
I have heard of this reactor before, but I never heard of the 300 classification. Still, this doesn't mean that the name is wrong, just that the common name was the THTR, and not the THTR-300. Still, references would be nice.
I have added see also links to other helium cooled reactors, such as the PBMR, which is its closest offspring (well that and the HTR-10 in China). Inaddition, I put it under the catagory Nuclear reactors, hopefully under this catagory it will get a little more attention and may get checked faster. Lcolson 02:58, 7 December 2005 (UTC)
At the risk of straying into WP:OR, it's probably better to see the (successful and) multi-fueled AVR reactor rather than THTR as the ancestor of both the PBMR and HTR-10. Two main reasons:
THTR is, so far, a dead-end development. Thorium fuel technology is being developed, notably in India and to some extent in South Korea, but they both use (or propose to use) heavy water moderators. Andrewa 22:55, 11 May 2007 (UTC)
This article needs quite a lot of work... for example (who knows why?) is not a terribly encyclopedic concept. Much of what it says is unsourced and/or in marginal English. Andrewa 22:38, 11 May 2007 (UTC)
[1] says (google translate from German ) "On the other hand, ongoing negotiations on financial and licensing issues could not lead to a satisfactory result, which meant that the decommissioning decision had to be taken after 423 full load days.
The reason for the termination of the project was therefore not technical or even safety-related deficiencies in the THTR 300, but the unattainable agreements on the financial regulation of the continued operation of the prototype nuclear power plant THTR 300."
- more on this would be interesting. What were the financial and licencing problems ? - Rod57 ( talk) 10:42, 9 October 2021 (UTC)
This article is rated C-class on Wikipedia's
content assessment scale. It is of interest to the following WikiProjects: | |||||||||||||||||||||
|
I have heard of this reactor before, but I never heard of the 300 classification. Still, this doesn't mean that the name is wrong, just that the common name was the THTR, and not the THTR-300. Still, references would be nice.
I have added see also links to other helium cooled reactors, such as the PBMR, which is its closest offspring (well that and the HTR-10 in China). Inaddition, I put it under the catagory Nuclear reactors, hopefully under this catagory it will get a little more attention and may get checked faster. Lcolson 02:58, 7 December 2005 (UTC)
At the risk of straying into WP:OR, it's probably better to see the (successful and) multi-fueled AVR reactor rather than THTR as the ancestor of both the PBMR and HTR-10. Two main reasons:
THTR is, so far, a dead-end development. Thorium fuel technology is being developed, notably in India and to some extent in South Korea, but they both use (or propose to use) heavy water moderators. Andrewa 22:55, 11 May 2007 (UTC)
This article needs quite a lot of work... for example (who knows why?) is not a terribly encyclopedic concept. Much of what it says is unsourced and/or in marginal English. Andrewa 22:38, 11 May 2007 (UTC)
[1] says (google translate from German ) "On the other hand, ongoing negotiations on financial and licensing issues could not lead to a satisfactory result, which meant that the decommissioning decision had to be taken after 423 full load days.
The reason for the termination of the project was therefore not technical or even safety-related deficiencies in the THTR 300, but the unattainable agreements on the financial regulation of the continued operation of the prototype nuclear power plant THTR 300."
- more on this would be interesting. What were the financial and licencing problems ? - Rod57 ( talk) 10:42, 9 October 2021 (UTC)