传记
教育
Ph.D., 化学 (Interdisciplinary:Inorganic/Analytical/Physical), University of Minnesota, 1995
B.A., 化学 (Magna Cum Laude, department honors), Illinois Wesleyan University, 1990
兴趣范围
Non-vacuum preparation methods and characterization of semiconductor nanocrystalline materials for solar cell applications; characterization of novel corn-based ash fortified concrete; characterization and aerogel-embedding of femtosecond laser surface processed metal surfaces
教师 Appointments
2006-Present, Professor, Department of 化学
2012-2019, Director, Science/Math 教育 M.S.Ed. 程序
2000-2006, Chair, Department of 化学
1996-2000, Assistant Professor
1995-1996, Visiting Assistant Professor, Department of 化学, Kenyon College
出版物
- “A Low-temperature Fabrication Method for WSe2 Films Grown from Nanocrystalline Precursors,“Exstrom, C.L.; Darveau, S.A.; Edgar, J.S.*; Curry, C.J.*; Hanrahan, M.P.*; Ma, Q.; Hilfiker, M.; Ediger, A.; Ianno, N.J. 进步,夫人 2016, 1, 2821-2826.
- “Non-vacuum Preparation of WSe2 Thin Films via the Selenization of Hydrated Tungsten Oxide Prepared using Chemical Solution Methods,“Exstrom, C.L.; Darveau, S.A.; Falconer, M.E.*; Blum, J.R.*; Colling, W.M.*; Ianno, N.J. 进步,夫人 2018, 3, 3281-3286.
- U.S. 专利没有. 10,680,125 “Synthesis of Air-stable Pyrite Nanocrystals for Photovoltaic Application,” Huang, J.; Mao, B.; Exstrom, C.L.6月9日; 2020.
- “水化, 强度, and Durability of 水泥itious Materials Incorporating Untreated Corn Cob Ash,“Shakouri, M.; Exstrom, 克里斯托弗·L.; Ramanathan, S.; Suraneni, P. 建设 & Building Materials, 2020, 243, 118171.
- “Pretreatment of Corn Stover Ash to Improve its Effectiveness as a Supplementary 水泥itious Material in Concrete,“Shakouri, M.; Exstrom, 克里斯托弗·L.; Ramanathan, S.; Suraneni, P.; Vaux, J.S. 水泥 & Concrete Composites, 2020, 112, 103658.
- “Chloride Binding and Desorption Properties of the Concrete Containing Corn Stover Ash,“Shakouri, M.; Exstrom, C.L.; Piccini, G.D.* Journal of Sustainable 水泥-Based Materials, 2021， doi: 10.1080/21650373.2021.1880982.
Recent External Grants/Contracts
- Institutional PI for “Development of High-Efficiency, Low-成本 Thin Film Solar Cells Based on Naturally Abundant and Non-Toxic Materials,” $29,112, University of Nebraska-Lincoln (Nebraska Research Initiative), 2012-2014.
- Principal Investigator for “Acquisition of a benchtop x-ray diffractometer to enhance materials science research across the physical and earth sciences at 体育菠菜大平台,” $64,000, Nebraska Research Initiative 程序, 2013-2014.
- Institutional PI for “Highly Permanent Biomimetic Micro/Nanostructured Surfaces by Femtosecond Laser Surface Processing for Thermal Management Systems,” $90,369, NASA Nebraska Space Grant 程序 (NASA-EPSCoR), 2014-2018.
- Co-PI for “Helping Middle School Science Teachers Create Content-based Digital Games on the Structure and Energy of Matter,” $58,617, Nebraska Department of 教育 Post-Secondary Coordination Commission, 2016-2017.
- PI for “Development of Next-generation Photovoltaic Solar Cells based on Tungsten Selenide,” $175,000, University of Nebraska Foundation, 2016-2018 (currently in no-cost extension period).
- Co-PI for “Developing an Alternative Ementitious Material from Raw Corn Stover and Bioethanol Production Plants’ Waste Products,” $19, 223 (体育菠菜大平台部分), NU Collaborative Initiative Grant (Team Forming Seed Grant), 2021-2023.
简历
Chris Exstrom, 简历
新突破
新突破
