cmuxe

 

CMUXE People

Theodore J. Novakowski
Graduate Research Assistant

Tel: (847)946-7290
E mail: tnovakow@purdue.edu

Potter Engineering Center, Room 316 B
500 Central Drive, West Lafayette, IN 47907

Research interests:

Ion-surface interactions, radiation damage in materials, surface characterization, ion beam nanostructuring

Education

M.S. Nuclear Engineering (Purdue University, 2016)
B.S. Nuclear Engineering (Purdue University, 2012)

    Publications:

  1. Tripathi, J. K., Novakowski, T. J., Gonderman, S., Bhardwaj, N., and Hassanein, A. (2016) The Effect of Carbon Impurities on Molybdenum Surface Morphology Evolution under High-Flux Low-Energy Helium Ion Irradiation, Journal of Nuclear Materials, 478, 287-294.

  2. Tripathi, J. K., Novakowski, T. J., and Hassanein, A. (2016) Tuning Surface Porosity on Vanadium Surface by Low Energy He+ Ion Irradiation, Applied Surface Science, 378, 63-72.

  3. Novakowski, T. J., Tripathi, J. K., Hosinski, G. M., Joseph, G., and Hassanein, A. (2016) Temperature-Dependent Surface Porosity of Nb2O5 under High-Flux, Low-Energy He+ Ion Irradiation, Applied Surface Science, 362, 35-41.

  4. Novakowski, T. J., Tripathi, J. K., and Hassanein, A. (2015) Temperature-Dependent Surface Modification of Ta due to High-Flux, Low-Energy He+ Ion Irradiation, Journal of Nuclear Materials, 467, 244-250.

  5. Tripathi, J. K., Novakowski, T. J., and Hassanein, A. (2015) Tailoring Molybdenum Nanostructure Evolution by Low-Energy He+ Ion Irradiation, Applied Surface Science, 353, 1070-1081.

  6. Tripathi, J. K., Novakowski, T. J., Joseph, G., Linke, J., and Hassanein, A. (2015) Temperature Dependent Surface Modification of Molybdenum due to Low Energy He+ Ion Irradiation, Journal of Nuclear Materials, 464, 97-106.

  7. El-Atwani, O., Suslova, A., Novakowski, T. J., Hattar, K., Efe, M., Harilal, S. S., and Hassanein, A. (2015) In-Situ TEM/Heavy Ion Irradiation on Ultrafine- and Nanocrystalline-Grained Tungsten: Effect fo 3 MeV Si, Cu, and W Ions, Materials Characterization, 99, 68-76.

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