Abstract
A high-resolution FTIR spectrum of InH produced in a heat pipe cell was observed in absorption; 122 transitions for two isotopic species were measured, and the molecular constants were refined by simultaneous analysis of these transitions with those of the previous measurements ( Chem. Phys. Lett. 155, 269-272, 1989). Analysis of the Herman-Wallis effect of this molecule gave μ e/( dμ/ dr) e = 0.67 (15) A, which was compared with the results for A1H and GaH reported recently ( J. Mol. Spectrosc. 164, 379-389, 1994.)
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