Michael J. Kelley FEL Applied Research Program Manager, Jefferson Lab Professor of Applied Science, College of William & Mary

Contact:

• Thomas Jefferson National Accelerator Facility
  Applied Research Center
  12000 Jefferson Avenue, MS 6A
  Newport News VA 23606
• 757-269-5736 (phone)
  757-269-5755 (fax)
• mkelley@jlab.org

Education:

• B.S.Physics, Rensselaer 1966
• Ph D, Materials Engineering 1973

Career:

• Senior Research Associate, DuPont Central Research, DuPont Engineering Research 1973-1999
• Off Campus Faculty, Chemical Engineering, University of Delaware 1978-1995

Research Highlights:

• Applied Surface Science
• Laser/Materials Interactions

Selected Recent Publications

• “Adrienne E. H. Shearer, James S. Paik, Dallas G. Hoover, Sharon L. Haynie and Michael J. Kelley; Biotechnology & Bioengineering 67 (2000) 141 – 146. “Potential of an antimicrobial nylon as a food-packaging material.”
  
  
• Michael J. Kelley; Proc.SPIE 3888 (2000) “High-Power Lasers in Manufacturing” X.Chen, T.Fujioka and A.Matsunawa eds.; 598 – 605. “ Materials processing research and development opportunities with the new generation of FEL’s.”
  
  
• Michael J. Kelley; Mat.Res.Soc.Symp.Proc. 617 (2001) “Laser-Solid Interactions for Materials Processing” D. Kumar et al. eds. J 5.7 “Surface processing and micromachining of polyimide driven by a high-average-power infra-red free electron laser”
  
  
• William B. Colson, Erik D. Johnson, Michael J. Kelley and H. Alan Schwettman; Physics Today 55 (2002) 35 – 41. “Putting Free-Electron Lasers to Work”
  
  
• Christine F. Conrad, Catherine J. Chisholm-Brause and Michael J. Kelley; J.Coll. Int. Sci., 248 (2002) 275-282, “Pb(II) Sorption to &gamma-Al2O3 Surfaces at the Oxide-Water Interface: A Novel Approach Using Planar Oxides”

(and complete list of papers)

Professional Activities

• Materials Research Society, American Chemical Society