Talk:中子反射体
 |
本条目页依照頁面品質評定標準被評為小作品级。 本条目页属于下列维基专题范畴： |
||||||||||||||||
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
|
|||||||||||||||||
.jpg)
 | 本條目的版本38597571中，有内容譯自英語維基百科页面“Neutron reflector”（原作者列于其历史记录页）。 |
Talk 编辑
SSTAR跟tamper感覺與此條目相關不大暫不翻譯 Panintelize（留言） 2015年12月29日 (二) 13:42 (UTC)
剩餘工作:整理critical size & tamper Panintelize（留言） 2015年12月30日 (三) 03:18 (UTC)
未翻譯段落 编辑
反應爐段落
To obtain a 30 year life span, the SSTAR nuclear reactor design calls for a moveable neutron reflector to be placed over the column of fuel. The reflector's slow downward travel over the column would cause the fuel to be burned from the top of the column to the bottom.
以下不翻或在 核武設計 加入tamper子項並翻入?
The most effective tamper is the one having the highest density; high tensile strength is irrelevant because no material remains intact under the extreme pressures of a nuclear weapon. Coincidentally, high density materials are excellent neutron reflectors. This makes them doubly suitable for nuclear weapons. The first nuclear weapons used heavy uranium or tungsten carbide tamper-reflectors.
On the other hand, a heavy tamper necessitates a larger high explosive implosion system. The primary stage of a modern thermonuclear weapon may use a lightweight beryllium reflector, which is also transparent to X-rays when ionized, allowing the primary's energy output to escape quickly to be used in compressing the secondary stage.
While the effect of a tamper is to increase efficiency, both by reflecting neutrons and by delaying the expansion of the bomb, the effect on the critical mass is not as great. The reason for this is that the process of reflection is time consuming.
外部链接已修改 编辑
各位维基人：
我刚刚修改了中子反射体中的1个外部链接，请大家仔细检查我的编辑。如果您有疑问，或者需要让机器人忽略某个链接甚至整个页面，请访问这个简单的FAQ获取更多信息。我进行了以下修改：
- 向 http://fas.org/nuke/intro/nuke/design.htm 中加入存档链接 https://web.archive.org/web/20160112200339/http://fas.org/nuke/intro/nuke/design.htm
有关机器人修正错误的详情请参阅FAQ。