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Abstract
A zero-field optically detected magnetic resonance (ODMR) signal has been observed at T = 1.5 K for [0s(bpy)₃J²⁺ doped into a matrix of single-crystal [Ru(bpy)₃J(PF₆)₂. In the investigated microwave frequency range of 2 GHz <= ν <= 6 GHz, a resonance is seen at 4.56 GHz (~= 0.152 cm⁻¹) corresponding to the lowest excited state of the dopant. Thus, it is shown that this state is split into ...
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