Christopher L. Rom

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cond-mat.mtrl-sci2025

Ball milling enables phase-pure synthesis of a temperature sensitive ternary chloride, MgZrCl $_{6}$

Christopher L. Rom, Austin Shotwell, Sinclair Combs +4

Ball milling is a powerful synthetic tool for discovering new inorganic materials. Inspired by the high ionic conductivity in Li $_{2}$ ZrCl $_{6}$ synthesized via mechanochemistry, we sy…

cond-mat.mtrl-sci2024

Ion exchange synthesizes layered polymorphs of MgZrN $_{2}$ and MgHfN $_{2}$ , two metastable semiconductors

Christopher L. Rom, Matthew Jankousky, Maxwell Q. Phan +5

The synthesis of ternary nitrides is uniquely difficult, in large part because elemental N $_{2}$ is relatively inert. However, lithium reacts readily with other metals and N $_{2}$ , mak…

cond-mat.mtrl-sci2021

Selectivity in yttrium manganese oxide synthesis via local chemical potentials in hyperdimensional phase space

Paul K. Todd, Matthew J. McDermott, Christopher L. Rom +6

In sharp contrast to molecular synthesis, materials synthesis is generally presumed to lack selectivity. The few known methods of designing selectivity in solid-state reactions hav…

Ball milling enables phase-pure synthesis of a temperature sensitive ternary chloride, MgZrCl6​

Ion exchange synthesizes layered polymorphs of MgZrN2​ and MgHfN2​, two metastable semiconductors

Selectivity in yttrium manganese oxide synthesis via local chemical potentials in hyperdimensional phase space

Ball milling enables phase-pure synthesis of a temperature sensitive ternary chloride, MgZrCl $_{6}$

Ion exchange synthesizes layered polymorphs of MgZrN $_{2}$ and MgHfN $_{2}$ , two metastable semiconductors