Instructions for nuclear fission use [GT6] Gregtech 6 (Gregtech 6) Minecraft Game

2024-12-10 17:54:12|Myriagame |source：minecraft skins

Post a paragraph before starting.

"The core of GT6 nuclear power

There is no GUI, right -click to put the fuel rod and remove the fuel rod with pliers

You can enter the coolant with any noodles

Output hot coolant output (with red output surface)

The second output (with blue output surface) outputs normal temperature coolant at half full

Touch the blood when running, and radiation will be released within the radius centered on the reactor (given a long time DEBUFF), so please put on the radiation protection suit

Use the Gede counts to measure the number of neutron and heat production (not yet added, and the function is temporarily replaced by the thermometer)

Use the wrench to set the main face to facing

Use activity wrench settings to facing the second face

Paste the redstone signal switch to start and stop using the redstone signal control reaction. Paste the number of fuel rods that can control the reaction of the reaction with the selection of the coverage board.

Note that the GT nuclear power does not have a heap temperature setting, and once the coolant is consumed, it will explode!

The core of the adjacent reactor can interact (refer to the fuel rods filled in) "

(Excerpted from the core of the reactor)

The first thing to understand is its output.

The nuclear reactor does not directly output any energy, but outputs the hot coolant containing energy.

Using the heat exchanger can turn the thermal coolant can be turned into a and coolant that can be directly used by a machine to achieve the cycle of the coolant.

It should be noted that when multiple nuclear reactors are placed together and the input/output is connected to each other, these nuclear reactors actually have only one input port and one output port, that is, the two input and output ports that are not attached to each other.

Use a wrench to define the orientation of the red dot noodles by yourself, but you cannot define the blue dot noodles.

Followed by its fuel.

Oh my god, why are there so much data!

However, you only need to know a few simple data to calculate the rough output of a nuclear reactor.

(You can ignore the data using distilled water. Nuclear reactor generally uses coolant instead of distilled water.)

The number of neutron numbers: The number of distribution is its own quantity (second number), plus the number of neutron numbers that receive 4 sticks around the surrounding rods, and the number of neutron is divided by the coefficient (third number), and iteration is calculated to convergence.

Every time a unit is generated, the machine will turn the 1L coolant to a thermal coolant.

It should be noted that the fuel consumption of this nuclear reactor is extremely slow. Even the lowest durable nuclear fuel is enough to burn 10,000 minutes.

Here are some information about the nuclear reactor fuel rod.

Divide according to attenuation coefficients

1/64: 0 230, Blue Crystal (Large Reactor)

1/32: Uranium 238, cobalt 60, yellow uranium

1/8: Uranium 235, 镅 245 (standard form 镅), 钚 244 (standard form 钚), rich silicon rock, blue 钚 (large reactor)

1/6: 钚 243, 镅 241, ultra -energy silicon rock, 钚 241, pure 镥 (large reactor)

Based neutron number

8: Lan Jing, 钴, Cobalt 60

16: Uranium 238, yellow uranium,

128: Uranium 235,

256: 镅 245, 钚 244, Blue 钚

512: 钚 243, 镅 241, 钚 241, pure 镥, rich silicon rock

2048: Super Srystone Rock

It is not difficult to find that the more fuel rods in the output of the unit, the easier it is to attenuate, resulting in the loss of calculation when the multi -core crack becomes a rod.

However, the less likely the nuclear fuel rod output, the lower the neutron is often lower, and even the 钍 230 rod with only 1/64 with the attenuation coefficient is only 2 neutron output.

So please balance according to the actual situation.

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