由一则核电微型化的旧文想到的

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<br /><br />2007年东芝成功研发了一款微型核动力发电机.总体尺寸20英尺*6英尺,也就是6m*2m.功率为200kw,增强型的功率达到了1兆w.一次加料可以连续使用40年,核废料可以通过再浓缩循环利用,2009年被用于靠近北极的美国阿拉斯加.
从这则旧文,不得不得不感叹,日本的核技术真的部弱.但是更让我深思的是,这么一个大小的微核堆,一个集装箱就可以运走,如果军用的化,tg只需安装在df21的山地增强型发射车地盘上,就可以变成一个几乎是提供无限电力移动变电站,足够一个旅的用电量了.
而如果用于潜艇的话,则可以真正实现aip,成为具有非常现实意义的亚核潜艇.
tg对微核堆推崇备至.可没想日本率先研制成功,如果不是日本的和平宪法限制的话,如果真的把这一技术用到军事上的话,不得不说,这对tg如芒刺在背.

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推荐→第一投注!!倍率高.!存取速度快.国内最好的投注平台<br /><br />2007年东芝成功研发了一款微型核动力发电机.总体尺寸20英尺*6英尺,也就是6m*2m.功率为200kw,增强型的功率达到了1兆w.一次加料可以连续使用40年,核废料可以通过再浓缩循环利用,2009年被用于靠近北极的美国阿拉斯加.
从这则旧文,不得不得不感叹,日本的核技术真的部弱.但是更让我深思的是,这么一个大小的微核堆,一个集装箱就可以运走,如果军用的化,tg只需安装在df21的山地增强型发射车地盘上,就可以变成一个几乎是提供无限电力移动变电站,足够一个旅的用电量了.
而如果用于潜艇的话,则可以真正实现aip,成为具有非常现实意义的亚核潜艇.
tg对微核堆推崇备至.可没想日本率先研制成功,如果不是日本的和平宪法限制的话,如果真的把这一技术用到军事上的话,不得不说,这对tg如芒刺在背.

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卫星、月球车、心脏起搏器等的同位素电池泪流满面~~~
什么吗 发表于 2010-5-30 17:13

但是转换效率很悲剧~~~
曲奇 发表于 2010-5-30 17:25


    所以说日本的那个核能发电机本身就是大杯具~~

可惜楼主不清楚其中的区别
搞清楚是反应堆还是大号核电池先,如果是反应堆那确实需要BKC……
你这个是愚人节的消息吧?


苏联好像有过移动核电站,不过体型巨大
不过最要命的是会发生以下的情况


苏联好像有过移动核电站,不过体型巨大
不过最要命的是会发生以下的情况
shuipingxing 发表于 2010-5-30 16:46


    消息来源……这很牛啊……核潜艇可以造的和常规潜艇一样大了
shuipingxing 发表于 2010-5-30 16:46

没记错的话,当年日本还有核能的家电哦~
给个传送门
http://discover.163.com/07/1221/09/407OJVDO000125LI.html
杯具的转换效率!
首先他不是一个纯反应堆,而是一个核发电机,也就是反应堆+发电设备.看它那么小的体积,就很诱人了.再说200kw,增强型1兆w=1000kw的功率已经很不错了.看看清华大学的高温气冷实验堆才10兆w=10000kw,那个体积要多大.
这里不是贬低清华大学的成果,也不是舔日本人的屁股.而是科学就是实实在在的.人家现在民用微型核电站08年应用实际当中去了.难道人家就想不到这种微型发电机的军事用途???请大家不要用一种轻蔑的口气看待问题.
求问LZ这“反应堆”现在用哪了?
回复 13# aeondxf

大家自己看,虽然内容只言片语,但是说明这个微型核电站并非凭空捏造
    http://info.electric.hc360.com/2010/05/261149190644-2.shtml
shuipingxing 发表于 2010-5-30 16:46


6m*2m是绝对不可能的,除非其高度在20m以上。东芝的4S系统尺寸为22 x 16 x 11 m,功率为10MW,据说是今年底前完成。
wiki上有人写信问过,得到的答复如下,其表述和人们所知道的4S系统是一致的,而非那个6m*2m真是不可思议的东西。
Dear Mr. Allan,

Thank you for contacting Toshiba's Corporate Communications Office and for inviting us to your radio show interview program.

First of all, we came to know that there are a great number of references of "micro nuclear reactor" on google search, many of the which use Toshiba logo and 4S system image with unfamiliar name "micro nuclear", unfamiliar mark and unfamiliar information.

Toshiba have tried to trace where the confusing information comes from, but we have not been successful so far. (Actually, Toshiba is not the source of the information.)

In replying to your invitation for your radio program, we are afraid that we must cordially decline the opportunity this time.

Just for your reference, I hereby attach below the outline of the 4S syste, OUR next-generation, super-small nuclear reactor system, jointly developed by Toshiba and CRIEPI.

As you will see, Unfortunately, it is premature and we are not able to provide detail information about the 4S system at this stage since the expected date of commercialization of the systems is after the mid-2010s.

- - - - -

The 4S (Super-safe, Small, and Simple), jointly developed by Toshiba and the Central Research Institute of Electric Power Industry (CRIEPI), a Japanese electric power industry R&D institute, is a new-type of highly compact nuclear power generation system with a power output of about 10-megawatt (MWe). Due to its innovative design and concept, the 4S can operate without refueling for as long as 30 years, greatly alleviating operating and maintenance costs and enhancing operational safety. This feature positions 4S as a promising alternative power solution for distributed, relatively small-scale power requirements, in regions with limited or no transmission capacity.

In 2007, Toshiba initiated the process for preliminary review by the U.S. Nuclear Regulatory Commission of the 4S system, a next-generation, super-small nuclear reactor system, with a view to securing commercialization of the system.

The targeted date of commercialization of the 4S system is after the mid-2010s.

- - - - -

Thank you very much again for your invitation and understanding.

Sincerely,
Hiroko Mochida
Toshiba CCO