Ian C. Graham

Temperature- and atmosphere-driven phase evolution in sol–gel synthesized barium nickelate powders

Ian C. Graham, Jeong‐Woo Sun, Kayla Y. Chuong, Anna M. Österholm et autres

The findings of our study establish the phase–stoichiometry relationship in barium nickelate and methods to control phase formation during sol–gel synthesis are developed.

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Epitaxial stabilization and tunable oxygen stoichiometry of R32 BaNiO3-x thin films via pulsed laser deposition

Ian C. Graham, Kayla Y. Chuong, Marshall Blake Frye, Anna M. Österholm et autres

Abstract Metastable materials can exhibit functionalities that outperform the ground state if stabilization routes can be identified. The metastable R 32 phase of barium nickelate (BNO) has been proposed to have increased catalytic activity, but the structure-stoichiometry-property relationship has not been established. …

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Self-limiting stoichiometry in SnSe thin films

J Chin, Marshall Blake Frye, Derrick Shao Heng Liu, Maria Hilse et autres

was found to increase the lateral scale of the SnSe layers. Overall, self-limiting stoichiometry provides a promising avenue for maintaining growth of large lateral-scale SnSe for device fabrication.

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Correction: Self-limiting stoichiometry in SnSe thin films

J Chin, Marshall Blake Frye, Derrick Shao Heng Liu, Maria Hilse et autres

Correction for ‘Self-limiting stoichiometry in SnSe thin films’ by Jonathan R. Chin et al. , Nanoscale , 2023, 15 , 9973–9984, https://doi.org/10.1039/D3NR00645J.

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THE MECHANICS OF CRAZE GROWTH IN THE PRESENCE OF LIQUIDS

J.G. WILLIAMS, G.P. MARSHALL, Ian C. Graham, E.L. ZICHY