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The corresponding unit configuration of the fission reactor

2024-12-10 17:53:53|Myriagame |source：minecraft skins

Many people have said that in order to maximize the power generation of the fission reactor, the largest turbine in the medium term, the ventilation port and condenser are extremely expensive and difficult to afford it.The boiler's heating element is also extremely expensive, and it is difficult to bear the mid -term players.So let me write a tutorial and tell you the corresponding unit configuration required for the corresponding fission fuel combustion rate.

Site and installation of fission reactor: https://www.mcmod.cn/post/1437.html

Turbine size

The power generation of the fission reactor has nothing to do with the cooling method. Only the combustion rate, the boiling efficiency and the number of turbine blades that affect the power generation.The maximum height of the turbine is 18, which can be installed with 14 rolling shafts, which is 28 leaves.

The width of the turbine base is limited to its rotor height [Rotor height = (width x 2) -5], so we don't need to build the so-called maximum turbine of 17x18x17, which is only for installing a large amount of condenser and exhaust port.The fission reactor does not require so much configuration at all.As long as we make sure that the rotor height can reach 14, so the width is enough to complete the configuration.(If your material is not enough, then the turbine of 9X17X9 is generated by only 14.28kJ above. Remember, one electromagnetic coil can bring four leaves, so the seven coils are enough.

In terms of turbine, the flow rate of steam and water is: 20,000 MB of steam/water per 1MB fission fuel.When determining the size of the turbine, remember to this point, and use the 20000 X reactor burning rate to calculate the water and steam required for each tick.

The restrictions on the combustion rate of cracking fuel are the minimum value between the steam flow of the turbine (depending on the size of the turbine and the number of turbine ventilation) and the water flow (depending on the number of condenser installed).Therefore, as long as we ensure that the steam flow and water flow meet the minimum demand value at the same time, we can save a lot of materials.

Each condenser can provide 64000MB/T water flow, and each exhaust port can provide 32000MB/T steam flow.Therefore, each exhaust port corresponds to a combustion rate of 1.6MB.Expiring the combustion rate of 1.6, take it up, you can get the minimum of the required exhaust port.

value.This minimum value/2, take it up to get the minimum value of the condenser.You can also use the turbine configuration to push the highest combustion rate.

Boiler size

The size of the boiler depends on the size and boiling speed of the required water tank.There are four water tanks in the boiler: heat coolant, water, steam and (cold) coolant.Compared with the Mekanism V9 boiler, in the V10, the water tank is also a thermal coolant tank, and the steam tank is also a coolant tank.The capacity is:

Water tank: the external volume of the boiler from the bottom (including) to the top cavity layer, minus the number of thermal components, and use 16000MB.

Hot cooling liquid box: 16 times large in water tank

Steaming tank: 160,000MB from the steam capture layer to the top steam cavity layer.The volume includes pressure elements, but does not include the top level of the boiler shell.

Cooling tank: steam tank volume multiplied by 1.6

The maximum boiling rate of boilers (its boiling ability) is determined by the number of installed thermal elements.Each component contributes 320,000 MB/T to the boiler.The heating layer does not need to be full of heating elements. You can install it as needed to make the boiler's boiling ability greater than or equal to the maximum steam and water flow of the turbine.This will leave more space for water and heating coolant.

In fact, the larger the shell is, the better the shell. I believe that everyone can get it in the pressure element. The largest number is only 256.The combustion rate/16 is taken up to get up to get the number of thermal components required.

Finally, use the ultimate pipeline to connect the unit (don't pick the door in this kind of stuff pipeline, in case of a problem, it will be lost), start the test, if the four grooves and reaction stack coolant and thermal coolant slot are stable after a few seconds, after a few seconds, it is stable.It means that the installation is successful.If a large fluctuation occurs, turn it off immediately, and then install a few more components, the exhaust port and condenser.Safety first.

Note: The fissure fuel combustion rate depends on the minimum value of the boiler and the turbine. Don't silly the maximum value setting of the two. The nuclear explosion is still aggressive.

In the future, if you want to change, you can decorate more components as required.If you have no confidence in mathematics ... you are still filled with it (the big deal is hardcoring)

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