The Department of Chemistry and Iowa State University are devoted to helping its students, staff, and faculty maintain a flourishing work-life balance. We understand that all of us at some point will be faced with, for example, the illness of ourselves, a partner, or a family member, the duties of caring for aging parents, the commitment of birth and child care, or the loss of loved ones. We are determined to work with the members of our community to find flexible solutions that respond to both professional and personal responsibilities.
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| Name | Research Area(s) |
| Andreja Bakac | Oxygen Activation, Transition Metal Catalysts, Kinetics and Mechanisms |
| Joseph Burnett | General, Analytical, Physical Chemistry |
| Jason Chen | Organic synthesis and Chemical biology |
| John Corbett | Inorganic Solid State Chemistry |
| Ning Fang | Single Molecule and Nanoparticle Imaging, Chemical Biology and Microfluidics |
| Mark Gordon | Theoretical and Computational Chemistry |
| Thomas Greenbowe | Chemical Education Research, Curriculum Development and Chemistry Instructor Training |
| Tom Holme | Chemical Education, Computational Chemistry |
| Mei Hong | Structure and mechanism of membrane proteins and carbohydrates important in biology and materials sciences, NMR spectroscopy. |
| Robert Houk | Inorganic Mass Spectrometry, ICP-MS, Biological Mass Spectrometry, Forensic Chemistry |
| Wenyu Huang | Nanomaterials, Catalysis, and Renewable Energy |
| Malika Jeffries-EL | Organic Chemistry, Polymer Chemistry (Conducting Polymers) |
| William Jenks* | Organic Photochemistry, Organosulfur Chemistry, Environmental Photochemistry |
| Jesudoss Kingston | General Chemistry, Organometallics - Synthesis and Catalysis |
| George Kraus | Organic Synthesis and New Synthetic Methodology, Bioagricultural Chemistry, Green Chemistry |
| Young Jin Lee | Biological Mass Spectrometry |
| Gordon Miller | Theoretical and Experimental Aspects of Solid State Inorganic Chemistry |
| Jacob Petrich | Ultrafast spectroscopy of biophysical systems and solvation processes. Applications of light to food safety and human health |
| Nicola Pohl | Organic Synthesis, Analytical Techniques, and Chemical Biology |
| Marek Pruski | Materials Chemistry and Solid State NMR |
| Aaron Sadow | Organometallic Chemistry and Asymmetric Catalysis |
| Klaus Schmidt-Rohr | Solid State NMR Methods, Applications to Nanomaterials and Humic Substances |
| Emily Smith | Bioanalytical, Fluorescence and Chemical Imaging |
| Xueyu Song | Theoretical and Computational Chemistry |
| Levi Stanley | Organic and Organometallic Chemistry, Catalysis, and Asymmetric Synthesis |
| Patricia Thiel | Surface Chemistry, Metal Thin Films and Nanoparticles, Properties of Structurally-complex Alloy Surfaces |
| Brian Trewyn | Organic, Inorganic and Biological Nanomaterials |
| Javier Vela | Photoactive nanomaterials for applications in renewable energy and biology, polyolefin-nanoparticle composites, organometallic chemistry and catalysis |
| John Verkade | Promoting Organic Transformations with New Phosphorus-based Lewis Base and Aluminum-based Lewis Acid "Football" Catalysts |
| Theresa Windus | Theoretical and Computational Chemistry |
| Arthur Winter | Synthesis of chemical tools for biological and medical applications |
| Keith Woo | Metalloporphyrin Catalyzed Chemistry, Atom Transfer, Metal-ligand Binding |
| Edward Yu | Structure and function of membrane protein, x-ray crystallography |
| Yan Zhao | Organic, Supramolecular, Biomimetic, Materials, and Nano Chemistry |
*Department Chair
| Name | Research Area(s) |
| Cristina Bonaccorsi | General Chemistry |
| Joseph Burnett | General Chemistry |
| Jesudoss Kingston | General Chemistry, Organometallics - Synthesis and Catalysis |
| Irmi Schewe-Miller | General Chemistry |
| Kathy Burke | General Chemistry, Chemical Education |
| Name | Research Area(s) |
| Thomas Barton | Organosilicon Chemistry |
| Walter Trahanovsky | Pyrolysis of Organic Compounds, Applications in Coal and Biomass |
| Richard Larock | Organometallic Chemistry, Synthetic Methodology, Heterocycles, Bioplastics from Soybean/Corn Oils |
| Robert Angelici | Organometallic Chemistry, Catalysis on Gold Metal, Biodiesel Conversions |
| James Espenson | Transition metal catalysts, Mechanisms & Applications |
| Hugo Franzen | High Temperature Solid State Chemistry |
| James Fritz | Analytical Separations |
| Bernard Gerstein | Nuclear Magnetic Resonance and Effective Teaching |
| David Hoffman | Physical Chemistry |
| Robert Jacobson | X-Ray Crystallography, Molecular Machanics Methods |
| Dennis Johnson | Electrochemistry |
| Victor Lin* | Nanomaterials, Synthesis and Characterization |
| Robert McCarley | |
| Klaus Ruedenberg | Quantum Chemistry |
| Martha Russell | General & Organic Chemistry |
| Kathleen Trahanovsky | General & Organic Chemistry |
| Edward Yeung | Analytical Spectroscopy, Analytical Separations, Single Molecule and Single Cell Studies |
*deceased