ahrenkiel sdsmt.edu

Phil Ahrenkiel

Haracterization and Synthesis of Renewable-Energy Materials. Our group uses TEM and related characterization techniques to analyze and control the structures of materials with renewable-energy applications. Lattice-mismatched III-V heterostructures for high-efficiency, multijunction and nanostructured solar cells;. Solid-phase crystallization of a-SiH, a-Ge, and a-TiO 2. JEM-2100 Transmission Electron Microscope. Phil Ahrenkiel, Associate Professor. Nanoscience and Nanoengineering Ph.D. Program.
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Phil Ahrenkiel

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Haracterization and Synthesis of Renewable-Energy Materials. Our group uses TEM and related characterization techniques to analyze and control the structures of materials with renewable-energy applications. Lattice-mismatched III-V heterostructures for high-efficiency, multijunction and nanostructured solar cells;. Solid-phase crystallization of a-SiH, a-Ge, and a-TiO 2. JEM-2100 Transmission Electron Microscope. Phil Ahrenkiel, Associate Professor. Nanoscience and Nanoengineering Ph.D. Program.

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The domain states the following, "Haracterization and Synthesis of Renewable-Energy Materials." We observed that the web page said " Our group uses TEM and related characterization techniques to analyze and control the structures of materials with renewable-energy applications." It also stated " Lattice-mismatched III-V heterostructures for high-efficiency, multijunction and nanostructured solar cells;. Solid-phase crystallization of a-SiH, a-Ge, and a-TiO 2. Phil Ahrenkiel, Associate Professor."

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