镜像体反应堆是曲率驱动的一个产能大户。基本上可以完爆四五个IC核电。

在正文开始之前注意的内容:

1、在你的飞船跳跃或进出星球和进出超空间时,请关闭镜像体反应堆,否则因为区块问题产生的任何后果请自负。

2、镜像体反应堆容易引起崩溃,请小心对待。


那么,首先我们看看wiki上是怎么描述镜像反应堆的

“The Enantiomorphic reactor is a multiblock structure capable of generating a lot of power through an unstable inertia driven reaction”

镜像体反应堆是一个多方块结构,通过不稳定的惯性驱动产生能量。

事实上,它可以当做一个永动机来看待,因为只要镜像体反应堆启动就可以免费的产出能量。(采用RF为单位,可以直接输出EU和RF)


搭建

如果你不希望只按照5rf的速度把12块强化铱板当做一个放射性同位素温差发电机,那么你最好准备:

一个镜像体反应堆心芯、四个镜像体反应堆稳定激光、至少四个激光介质、一个电脑和足够的线缆可以把它们连接起来。以及,供电。


第一步:将堆芯摆在中央并在四面空开一个街区一格放上四个稳定激光

曲率驱动教程 镜像体反应堆篇-第1张图片第二步:用CC或OC的方法使其相连,只能从顶部或底部做这件事曲率驱动教程 镜像体反应堆篇-第2张图片第三步:在每个稳定激光上或下放至少一个激光介质
第四步:将激光介质通电,并将堆芯连接到一个电池,或者你也可以干脆直接将堆芯连接到激光介质上(我用了一格卓越子空间电容和四个MFSU)曲率驱动教程 镜像体反应堆篇-第3张图片接着,链接到电脑并启动反应堆

The Enantiomorphic reactor core holds an alien artifact holding inertia driven energy production: as more energy gets accumulated, more energy is produced in it. As long as energy is stored in the artifact, more instability is also accumulated. Interestingly, an unstable artifact will also produces drastically more power. Needless to say, at 0% stability, design team incorporated a self-destruction system to prevent full blown explosion that would eat your whole ship in the next few seconds.

Thankfully our scientists have been able to design a 'core' to keep this artifact stable while it's not used, so, hopefully, it won't blow up on you while it's off or simply dismounted.

In their grand wisdom, they also crafted a special 'Enantiomorphic reactor laser' system to help stabilize the artifact. As the bipolar construct is placed vertically in the core, you'll only need 4 horizontal lasers to stabilize it. A more powerful beam will provide more stability on that side of the artifact over a bit of time. Shooting too frequently is very inefficient and will eventually creates micro-explosion as the core tries to compensate for it. Hence you'll have to carefully adjust your laser shot levels accordingly.

爱看就看不爱看可以直接跳过来看我的翻译和解释

反应堆有一个特性:随着能量积累,产能效率会不断提升。但是只要能量储存在堆芯中,稳定程度就会开始下降。但是不稳定程度也会提高产能效率。在0%稳定程度下,堆芯会自毁。在反应堆关闭状态下会保持稳定。由于堆芯 “the bipolar construct is placed vertically”脱氧核糖核酸的双螺旋结构,所以你只需要四个稳定激光来稳定它。一个强大的激光会在一段时间内提高稳定性,而过于频繁的激光会导致效率降低,最终会产生微型爆炸,所以你必须仔细调整激光水平。


那么也就是说,反应堆的产能和储存的能量以及不稳定性挂钩,而在稳定时又需要不断改变激光的强度。呼叫CC大佬,来写一个自动程序!

好吧,那么简单的产能教程是这样子的

(我按照25%稳定,10000激光来处理)

  1. 输出模式设置为hold,直到大概产能达到6000RF/s

  2. 设置为rated at 5000RF 然后继续等着增长。

  3. 等产能达到7000RF以上,设置为7000RF

   4.然后继续跟进调整,产能会因为能量积累而不断加速,之后你做的就是稳赚不赔的交易。

    5.记得留意储存能量,它的上线是1亿,大约在6000 0000~7000 0000就该停机输出了

(这玩意绝对对得起它的造价)

以上

附:连续激光的爆炸

曲率驱动教程 镜像体反应堆篇-第5张图片

和稳定度0%时的爆炸曲率驱动教程 镜像体反应堆篇-第6张图片