α- and t-clustering in low- and high-lying states of ³⁵Cl

By the antisymmetrized molecular dynamics (AMD) and the generator coordinate method (GCM), the coupling of cluster structures in deformed states and high-lying cluster states in ³⁵Cl is analyzed. An observed K^π = -1/2 deformed band dominates the deformed structure and compact α-³¹P and t-³²S cluster structure components. In high-lying states, almost pure α-³¹P and t-³²S cluster states are obtained, and excitation energies of the t-³²S cluster states exceed those of α-³¹P cluster states. Particle-hole configurations of cluster structures with a small intercluster distance are important for coupling to low-energy deformed states. Threshold energies reflect excitation energies of almost pure high-lying cluster states. (author)