Publications

Frazer, Colleen S.; Rodriguez, Marko A.; Yang, Pin Y.

Abstract not provided.

Rodriguez, Marko A.; Browning, J.F.; Frazer, Colleen S.; Snow, Clark S.; Tissot, Ralph G.; Boespflug, Elaine P.

Abstract not provided.

Tissot, Ralph G.; Frazer, Colleen S.

Abstract not provided.

Frazer, Colleen S.; Tissot, Ralph G.; Browning, J.F.; Rodriguez, Marko A.

Abstract not provided.

Proposed for publication in the Journal of Applied Physics.

Hearne, Sean J.; Brewer, Luke N.; Foiles, Stephen M.; Floro, Jerrold A.; Frazer, Colleen S.; Tissot, Ralph G.; Rodriguez, Marko A.; Hlava, Paul F.

The stress evolution during electrodeposition of NiMn from a sulfamate-based bath was investigated as a function of Mn concentration and current density. The NiMn stress evolution with film thickness exhibited an initial high transitional stress region followed by a region of steady-state stress with a magnitude that depended on deposition rate, similar to the previously reported stress evolution in electrodeposited Ni [S. J. Hearne and J. A. Floro, J. Appl. Phys. 97, 014901-1 (2005)]. The incorporation of increasing amounts of Mn resulted in a linear increase in the steady-state stress at constant current density. However, no significant changes in the texture or grain size were observed, which indicates that an atomistic process is driving the changes in steady-state stress. Additionally, microstrain measured by ex situ x-ray diffraction increased with increasing Mn content, which was likely the result of localized lattice distortions associated with substitutional incorporation of Mn and/or increased twin density.

Proposed for publication in Acta Crystallographica Section E.

Rodriguez, Marko A.; Boyle, Timothy J.; Frazer, Colleen S.

In the crystal structure of the title compound, C{sub 4}H{sub 4}N{sub 2}O{sub 3}, the packing is dominated by intermolecular carbonyl-carbonyl interactions and N-H...O hydrogen bonds.