Lazy, please jump directly at the bottom
Experimental content supplement
Fuel stick source
Follow the powder without explanation
Mining can skip this step directly, but the product will be less. It is not recommended to skip
Hot centrifugal, you must step by step
Ordinary synthesis (I will find that uranium-238 is out at the end, and it will be mentioned later)
Tank
In this way, the uranium stick ~ usage is the same as the ordinary version.
Experimental MOX stick
The extra uranium-238 is used here ~!
Similar to ordinary uranium sticks ~ less reaction time ~ (more efficient production 钚)
Special: Its power generation is a function of the heap temperature. When the pile temperature reaches 85%, its power generation is 0%
440%, the heat is the same ~ (the data has expired)
Radioactive homicide temperature difference generator
This is called radioactive homicide fuel target pill (Pellets of RTG Fuel)
The former GUI has 5 grooves, each of which is placed on a target pill power generation, respectively 1 2 4 8 16 EU/T
Power generation with no loss 7*24*365 ~!IntersectionNo need for space light water source and so on ~!Intersection
In the later stage of industrial, small uranium-235 and uranium-238 are used after use ~
Nuclear power profile analysis
The concept of nuclear power in most people's mind is [danger]
However, in fact, if the nuclear power is used correctly, it will not occur any explosion, and compared to other generators, it has many advantages such as lasting, efficient, and not affected by external factors such as the weather.
This tutorial is mainly used to guide newcomers to use nuclear power and give some simple data. Please detour the data emperor's horse.
Most of the information will be calculated using nuclear power simulator, and you are welcome to point out if there are errors.
Nuclear power unit brief
Nuclear reaction furnace: the core of nuclear power, provides a 3*6 reaction location.
核反应仓：可以用于放置在核反应炉上下左右前后 总计6个扩展位置，每个扩展位置能额外增加1*6个反应位置。
↑ Nuclear reaction furnace no nuclear reaction warehouse GUI
Nuclear reaction furnace +0 nuclear reaction warehouse GUI
-Guclear reaction furnace+6 nuclear reaction warehouse GUI ↑
Nuclear reaction furnace +6 nuclear reaction warehouse GUI
You need to give the redstone signal to make it work.
Analysis of nuclear power components
Although the nuclear power GUI interface is very large, like a box, it does not throw the nuclear power components in a brain, but requires regular arrangement.
Calories: nuclear power will generate heat during the reaction process, and the calories will be BOOM.
The components are mainly divided into the following categories:
Uranium groove: The source of all power and calories.There are only three types: single -connected uranium rods, dual -connected uranium rods, and four -meal uranium sticks
Removal of Pentomonal Uranium Baseball: A uranium stick from the nuclear waste remote decline (after the uranium groove reaction is complete, there is a chance to get or use a uranium plus 8 empty units to synthesize) to synthesize the carbon powder.The energy can just make the refreshing isotope uranium rod recold (can be performed at the same time, as examples 1), and the long -declining isotope of the uranium uranium add carbon powder can be turned into uranium rods.Of course, there is also a cost. The cost is to reduce the electricity production of uranium rods at the same time to increase the production of heat, but these problems can be acceptable compared to getting a new uranium rod.
Heatheating elements: The continuous heat is emitted, and the heat dissipation speed can be continuously emitted at the built -in heat dissipation speed. If the heat production is faster than the heat dissipation, it will lose the durability of the component (it can be repaired by heat dissipation).Including 5 types: heat emissions export, reactor thermal emissions export, component heat emission export, high -level thermal emissions export, overclocking thermal emission export.
Exchange elements: I do n’t know how to calculate the heating priority of heat dissipation/heat -absorbing elements (it should be calculated at distance), but with the heat exchange element, it can solve this problem well.The heat in the component (reactor) is exchanged to other heat dissipation/heat -absorbing elements, so that there will be no uneven heating.Including 4: heat exchange modules, reactor thermal exchange modules, component heat exchange modules, and advanced thermal exchange modules.
Reflected components: consumer -consuming heat absorption.Including 5 types: 10K cooling unit, 30K cooling unit, 60K cooling unit, red stone condensed module (repair), greenite condensation module (repair) module (repair)
Neutron reflex board: increase the utilization rate of uranium elements, but this is a fixed loss and cannot be repaired.There are only two types: seed reflectors, thick neutron reflectors.
Reactor partition: Increase the overall thermal capacity of the reactor and reduce explosion damage.PA: Honestly that this has not been studied ... 嘤 嘤 ...
Component placement position description (as shown in the order of the left-upper right-bottom-below instructions):
Example 1:
Removal of Humanase Uranium Base
Overclocking thermal emissions export-any location, no requirements
Component thermal exchange module (universal in other exchange elements) -State on the side of the component and perform thermal exchange between surrounding components
Example 2:
Placement of uranium components close to uranium elements can play a role in neutron reflectors, but the effect will be much higher. Of course, the calories and electricity will increase, but it can greatly increase the utilization rate of uranium elements.
Component heat emissions export (only increase the heat dissipation speed of the surrounding components) -My placed on the edge of the component.
Example 3 & Example 4:
Neutron reflectors (all), advanced heat dissipation elements (I don't know if it has changed) -It can only stick to uranium components directly against the remaining elements of uranium elements, or place it through the heat exchange module.
Increase the increase in utilization rate
The more adjacent uranium elements, the higher the utilization rate of the uranium!Each one needs to be calculated independently!
The use of neutron reflectors is relatively low.
About numerical values ... Inner ... see a gray machine!
You can view the MODWIKI description or use the nuclear power simulator (Chinese) to view the specific value. (Please forgive me for laziness ... This is just a simple tutorial ... Please see the bottom if you want to be practical ... Welcome to point out if you have any errors)
Equation value:
No value up and down:
Nuclear power practical swinging method
The practicality in my eyes is no loss (isn't uranium component good), don't spray if you don't like it.Priority of priority from left to right.
If there is a surplus space, you can continue to use the same scheme.
The picture is too lazy to make up, please look at the contents of the reprinting below, it is an excellent design ~!(Warning: data failure)
Already made up
Transfer from the official forum: [Office] List of good Reactor Designs
http://Forum.industric- CRAFT.NET/INDEX.PHPAGE=Thread&threadid=7681
20EU/T
Need 52 copper, 5 tin, 58 iron, 2 uranium
35eu/T
Need 84 copper, 10 tin, 54 iron, 4 gold, 3 uranium sticks
60EU/T
Need 149 copper, 19 tin, 68 iron, 12 gold, 4 uranium sticks
60EU/T
Need 156 copper, 14 tin, 72 iron, 8 gold, 4 uranium sticks
This structure can be simply copied and translated (the picture below is 6 times the figure above, that is, 360EU/T)
100EU/T
Need 186 copper, 25 tin, 98 iron, 22 gold, 6 uranium stick
120EU/T
Need 228 copper, 10 tin, 80 iron, 16 gold, 12 uranium sticks
160EU/T
Need 351 copper, 63 tin, 207 iron, 24 gold, 8 uranium sticks
170EU/T
It needs 492 copper, 33 tin, 148 iron, 64 gold, 10 uranium sticks
180EU/T
Need 622 copper, 114 tin, 31 iron, 24 gold, 8 uranium sticks
220EU/T
It needs 507 copper, 80 tin, 377 iron, 17 diamonds, 18 uranium sticks
230EU/T
Need 577 copper, 91 tin, 279 iron, 34 gold, 12 uranium sticks
280EU/T
Need 769 copper, 99 tin, 331 iron, 64 gold, 12 uranium sticks
285eu/t
Need 609 copper, 68 tin, 246 iron, 64 gold, 21 uranium stick
300EU/T
Need 780 copper, 170 tin, 367 iron, 38 gold, 5 diamonds, 14 uranium sticks
300EU/T
It needs 521 copper, 87 tin, 527 iron, 28 gold, 26 diamonds, 20 uranium sticks
360EU/T
Need 724 copper, 64 tin, 300 iron, 48 gold, 24 uranium sticks
420EU/T
Need 983 copper, 65 tin, 361 iron, 60 gold, 28 uranium stick
If you have learned the use of nuclear power, you are welcome to use nuclear power simulator to create a better solution.
Nuclear power simulator v3
(Latest) Nuclear Power Simulator EXP version
