Level structure of [sup 114]Te

High-spin states of [sup 114]Te have been studied using the [sup 89]Y([sup 28]Si,[ital p]2[ital n]) and [sup 89]Y([sup 29]Si,[ital p]3[ital n]) reactions at beam energies of 106 and 108 MeV, respectively. [gamma]-[gamma] and particle-[gamma]-[gamma] coincidences, directional correlations of oriented states, and excitation functions have been measured using six BGO Compton suppressed Ge detectors and several particle detectors. We established the states of [sup 114]Te up to 9 MeV excitation energy and found the new two-phonon 2[sub 2][sup +], 4[sub 2][sup +], and 6[sub 2][sup +] states. The properties of the states in [sup 114]Te are discussed in comparison with the other even-even tellurium isotopes.