The ground states of the five isotopic species H2130Te, H2128Te, H2126Te, H2125Te, and H2124Te have been analyzed by simultaneous leasthyphen;squares fits of groundhyphen;state combination differences formed from the four bandsngr;1thinsp;plus;thinsp;ngr;2,ngr;2thinsp;plus;thinsp;ngr;3,2ngr;1, andngr;1thinsp;plus;thinsp;ngr;3. Values have been obtained for the groundhyphen;state constantsA,B,C, the four centrifugal distortion taus, and the empirical termHKadded to the secondhyphen;order Hamiltonian, for each of these species.
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