The maximum explosion size is configurable by the client in singleplayer or the server in multiplayer and is set to 45 blocks by default. A relatively simple way to protect against a nuclear meltdown is to use reinforced stone, glass, and doors.
To the right, there are two pictures showing the blast resistance of reinforced materials. In the top photo, there is an unprotected explosion left , an explosion inside a 1 block thick solid Reinforced Stone right top and 2 block thick solid Reinforced Stone right bottom. Notice the tiny hole near the top of the wall. The bottom photo shows a crater caused by a nuclear melt-down where the left half of the explosion was protected by a 3x3 wall of Reinforced Stone.
Another way to protect the surroundings is to make a three block thick wall of reinforced stone and water, filled with water in the middle. For additional protection, this structure can be supported by a Basalt, Basalt Cobblestone or Obsidian shell.
A two block thick wall of Reinforced Stone or Reinforced Glass will almost completely negate damage behind the wall. Encasing the reactor in a box two blocks thick including edges and corners will stop nearly all of the blast from escaping.
Also, keep in mind that Obsidian has been severely nerfed by IC2; it's blast resistance is now only 40, whereas Reinforced Stone , Reinforced Glass , and Reinforced Doors all have a blast resistance of Placing the reactor inside a body of water reduces damage significantly after a reactor explosion.
The monitor is set to to avoid radiation damage and fire. There is another way of protecting against meltdowns, which is to use a Thermal Monitor connected to a simple redstone circuit. In the design to the right, once the Thermal Monitor is triggered, the redstone is locked on, and the reactor will stay shut down until it is manually restarted.
The Thermal Monitor will turn on and off every time the reactor drops below or goes above the set temperature, allowing the reactor to hover at that temperature. It is even possible to fill a reactor with nothing but uranium and still be safe, though it would take a very long time to cool.
Note that this will not work with Breeders. The Depleted Isotope Cell will still generate a very small amount of heat each tick. If there is not some form of cooling system, the reactor will explode. If enough power is being created, a more advanced way to protect from unwanted nuclear ventilation is through the use of MFFS Projectors and the Reactor Containment Field Projector. A forcefield will block all of the blast from escaping.
It's suggested that the field is powered with the reactor itself to ensure an ample supply of energy for the field. It will monitor the heat level of the reactor, provide water cooling if wanted, as well as contain the blast, should it overheat.
The monitor will check the heat level in the reactor, and will send a signal to the Client when the reactor is on, and at variable levels of heat. When a set level of heat has been reached, the Client will turn on a redstone signal, which when used with a redstone wire, can turn off the reactor. This is a surefire way to prevent the reactor from overheating if used properly.
A possible fail-safe, if everything else fails, a single TNT block can be triggered by a thermal monitor, blowing up the reactor, but saving the environment and the contents of the reactor.
This will only cause the amount of damage TNT would, not a shiny new crater. All reactor designs fall into a set of pre-defined categories. This makes it easier to see, at a glance, how effective a design can be when either looking up designs on the IC forums or posting a design yourself. While still being a Mark I Reactor setup, this is a step up from the generic setup, and produces more EU. Mark I reactors generate no excess heat each reactor tick and thus are safe to use continuously for as long as you supply Uranium.
Mark Is tend have a low efficiency, but that's the price of a completely safe reactor. A Mark II must complete at least one full cycle before encountering heat problems. The sub-class for Mark IIs denote how many cycles the design can run before reaching critical heat levels.
For example Mark II-3 will need a cool down period after running 3 cycles in a row. Mark III reactors tend to have an emphasis on efficiency at the cost of safety. Mark IIIs are unable to complete a full cycle without going into meltdown and thus need to be shutdown mid-cycle in order to deal with the high amount of excess heat.
This can be done manually or by using Redstone. The difference being that Mark IVs are allowed to lose components to overheating, and that must be replaced before the reactor goes critical. Mark Vs cannot run long without needing a cool down period. Having great redstone timer skills are recommended, or it will cause a meltdown. As well as being Mark I to V, reactor designs also have one or more suffixes to better inform people about their performance.
Efficiency - To calculate efficiency, take the number of uranium pulses a design makes per tick and divide it by the number of uranium cells it possesses. The number provided will show the efficiency rating a design has:. This suffix is for designs that also recharges isotope cells. Isotope cells charge up faster when the reactor runs hot, so heat management is important. There are three breeder types:.
Note: A redstone transistor works so; one redstone current goes into a solid block attached to a sticky piston. On the other side is a redstone repeater. When the piston retracts, an active redstone circuit is cut off. This mechanism can be used over and over again so it isn't a one-time machine. Play this awesome game for free and share this website with your friends.
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