Multi-Functional Materials Laboratory

Multi-Functional Materials Laboratory

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A picture of a nanomaterials produced in the Multi-Functional Materials Laboratory taken using a scanning electron microscope.
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Multi-Functional Materials Laboratory

The Multi-Functional Materials Laboratory (MFML) is a part of the Center for Molecular Science at West Point. The group consists of four faculty members and over 20 undergraduate researchers. The lab’s focus is to develop electro/photo-mechanical materials that serve as both structural, energy storage, and sensor materials. These materials are envisioned to provide lightweight systems solutions by simultaneously building and powering devices across multiple length scales.  

To achieve this aim, synthesizing 3-dimensional nanowire and nanowire-nanotube composite arrays provides tunable systems that enable the controlled variation of nanowire diameter, element length, and pore size. In this manner, material properties such as electrical conductivity, electrolyte mass transport, mechanical strength, and redox chemistries are optimized for lightweight catalysis, energy storage, and sensing applications.

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Recent Publications

  • F. John Burpo*, Anchor R. Losch, Enoch A. Nagelli, et al. “Salt-Templated Synthesis Method for Porous Platinum-based Macrobeams and Macrotubes.” J. Vis. Exp. JoVE61206. In press.
  • F. John Burpo*, Enoch A. Nagelli, Joshua P. McClure, Stephen F. Bartolucci, Jack Bui, Anchor R. Losch. “Salt-templated Cu-Pt Alloy Macrotubes.” Catalysts, 2019, 9(8), 662. Featured in Special Issue - Recent Advances in Pt-Based Catalysts: Theoretical and Experimental Results.

 A compilation of nanomaterial images produced in the Multi-Functional Materials Laboratory.  The top images represent the macrotube and macrobeam synthesis scheme of platinum-salt templates.  The bottom images represent platinum-copper salt templates.
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Multi-Functional Laboratory Resources

Chemical & Biological Science & Engineering Resources