J. T. Lau

Spin and orbital magnetic moments of size-selected iron, cobalt, and nickel clusters

Spin and orbital magnetic moments of cationic iron, cobalt, and nickel clusters have been determined from x-ray magnetic circular dichroism spectroscopy. In the size regime of

Coordination-driven magnetic-to-nonmagnetic transition in manganese-doped silicon clusters

n = 10 - 15

X-ray spectroscopy on size-selected clusters in an ion trap: from the molecular limit to bulk properties

atoms, these clusters show strong ferromagnetism with maximized spin magnetic moments of 1~

Magnetic moments of chromium-doped gold clusters: The anderson impurity model in finite systems

\mu_B

Spin coupling and orbital angular momentum quenching in free iron clusters.

per empty

X-ray spectroscopy reveals high symmetry and electronic shell structure of transition-metal-doped silicon clusters

3d

2p core-level binding energies of size-selected free silicon clusters

state because of completely filled

Size Dependence of L2;3 Branching Ratio and 2p Core-Hole Screening in X-Ray Absorption of Metal Clusters

3d

Initial- and final-state effects on screening and branching ratio in2px-ray absorption of size-selected free3dtransition metal clusters

majority spin bands. The only exception is

Localized high spin states in transition-metal dimers: X-ray absorption spectroscopy study

\mathrm{Fe}_{13}^+