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Inorganic Chemistry|March 1, 2013
The modulated structure of Co3Al4Si2: incommensurability and Co-Co interactions in search of filled octadecetsRie T Fredrickson, Daniel C FredricksonInorganic Chemistry|September 20, 2014
Structural plasticity: how intermetallics deform themselves in response to chemical pressure, and the complex structures that resultVeronica M Berns, Daniel C FredricksonInorganic Chemistry|October 29, 2013
Problem solving with pentagons: Tsai-type quasicrystal as a structural response to chemical pressureVeronica M Berns, Daniel C FredricksonInorganic Chemistry|July 6, 2026
The Mott-Jones Electron Crystal: Patterning Atomic Positions for Pseudogap Formation in Hume-Rothery PhasesLeah C Garman, Daniel C FredricksonInorganic Chemistry|June 22, 2016
Chemical Pressure-Driven Incommensurability in CaPd5: Clues to High-Pressure Chemistry Offered by Complex IntermetallicsBrandon J Kilduff, Daniel C FredricksonInorganic Chemistry|March 17, 2012
The μ3 model of acids and bases: extending the Lewis theory to intermetallicsTimothy E Stacey, Daniel C FredricksonInorganic Chemistry|September 13, 2014
Orbital origins of helices and magic electron counts in the Nowotny chimney ladders: the 18 - n rule and a path to incommensurabilityVincent J Yannello, Daniel C FredricksonActa Crystallographica Section B, Structural Science, Crystal Engineering and Materials|July 10, 2023
As predicted and more: modulated channel occupation in YZn5+xRie T Fredrickson, Daniel C FredricksonInorganic Chemistry|February 21, 2017
18-Electron Resonance Structures in the BCC Transition Metals and Their CsCl-type DerivativesAnastasiya I Vinokur, Daniel C FredricksonInorganic Chemistry|September 19, 2012
Fragmentation of the fluorite type in Fe8Al(17.4)Si(7.6): structural complexity in intermetallics dictated by the 18 electron ruleRie T Fredrickson, Daniel C FredricksonPageof 7