Abstract
The magnetic susceptibility was measured in polycrystalline Cu 3WO 6. The susceptibility drastically reduces to a small value at low temperatures, which means the appearance of the spin-singlet ground state with an energy gap. On the basis of the crystal structure, we can expect that the antiferromagnetic spin ring consisting of six spins ( S = 1 2 exists. However, the theoretical susceptibility of this spin ring cannot explain the measured one. A new kind of a resonating-valence-bond state occurs probably in this compound.
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