Note: Used to make Schrabidium from Uranium.Note: Used to make Euphemium from Plutonium.Note: Less efficient than the Cyclotron recipe technically.Note: Actually produces a positron and a antiproton capsule instead of antimatter directly, must be crafted into a capsule or cell.
For a chart based list - look into gallery. The recipes for the capsules themselves can be found using NEI. Most require the use of capsules as opposed to cells as input, but sometimes regular items may be used.
There are a few select recipes that can be used in the hadron. Here is a brief guide on potential causes and fixes: Don't be afraid to use a combination of different plugs to exactly match the power consumption of your coils.īelow is a comprehensive list of recipe costs (assuming you have the exact coil strength needed for operation):īelow is a comprehensive list of the power consumption of each coil type:ĭue to the complexity of the hadron, issues are a common occurrence to those unfamiliar with how it works. If you use 100GHE plugs, it will consume 100GHEs per operation! Clearly, this is not ideal (considering that the power cost for the Digamma Particle is 10GHE).
#BOSON X MOD FULL#
The Particle Accelerator will ALWAYS consume the full amount of power you give it. For example, if the most powerful recipe you will be using is the Sparkticle, then it is always best to have coil strength exactly equal to 500,000. If you do not have enough power, the operation will fail and your ingredients will be wasted.įor max efficiency, it is always best to have the exact amount of coil strength needed for the most powerful operation you will be using. The Particle Accelerator is a very power hungry machine, often requiring GHEs of power. This must be calculated separately for different types of coils. The total power drain of the Particle Accelerator can be calculated by a simple formula: (coil strength)x(number of coils)x(10kHE). At no point can the hollow path be obstructed or lack a coil or plating block.īasic power consumption chart for recipes and coils (See image) There are plating blocks provided with varying colors, but it may be expensive to manufacture (in terms of Steel) all of them especially if your hadron is very large as the recipe may require. All 12 exposed sides must be covered with plating in order to be valid. The coil is a 3x3 hollow circle, meaning there is 8 total coil blocks per segment, keep this fact in mind for later parts. The hadron comes in two major components for its coils, the plating and the coil itself. Their strength is determined by the individual coil block strength x8. Linear style: A hadron in the design of a straight line, though it doesn't have to be, the particle just isn't capable of returning to the core.Ĭoil segment: The bundle of 8 coil blocks, somewhat self-explanatory. Hadron: Nickname for the particle accelerator.Ĭircular style: A hadron in the design of a "circle" (though in Minecraft it looks like a square or rectangle), the particle must recirculate to the core after the analysis chamber.
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