Structural Origin of Asymptotic Freedom Parameters in QCD

This preprint presents a structural derivation of key parameters of quantum chromodynamics related to asymptotic freedom.
The approach is based on a constrained realizability framework in which vacuum structure and renormalization behavior emerge from underlying structural hierarchies rather than being postulated.
The standard one-loop beta function coefficient is reproduced as a limiting case, while its numerical value acquires a transparent structural interpretation.
This manuscript is intended for submission to a peer-reviewed journal.