The reactivity of Deuterium scales with it's life. For instance, a single pixel of Deuterium at life 65535 reacts with a proton to make roughly 366 protons. This can all happen with no form of layering. Only life, reactions, and a bit of code.
Actually, High-life Deuterium is, in fact, not layered. In an understandable tone, Deuterium's life affects how many other Deuterium particles it has absorbed. At lower temperatures, Deuterium particles will attempt to absorb neightboring Deuterium particles to try and get it's life to a set value. If Deuterium's life goes over the value it's meant to be at, it will expel it's stored particles to try and get it's life to the value it needs to be at.
yeah but i belive its back-door layered also it has no effect.
the duet isn't layered, just high life. to tell if something is truely layered, you puse the game, shift drag over the material, and if there is a differing or same material underneath, it's layered. these are decent alloys I will say.