A joint project of the Graduate School, Peabody College, and the Jean & Alexander Heard Library

Title page for ETD etd-04012010-050901

Type of Document Dissertation
Author Krim, Morgan L
URN etd-04012010-050901
Title Substrate fabrication and characterization for photovoltaics and biomaterials applications
Degree PhD
Department Chemistry
Advisory Committee
Advisor Name Title
Prof David E. Cliffel Committee Chair
Michael P. Stone Committee Member
Richard Haglund Committee Member
Sandra J. Rosenthal Committee Member
  • LabVIEW
  • SECM
  • PSI
Date of Defense 2010-03-26
Availability unrestricted
A quarter century ago, there began an explosion of research into materials on the nanoscale regime. This progress was made possible with the advance of techniques for production of things with nanoscale dimensions and with the cotemporaneous development of tools to study features with those same dimensions. The pursuit of nanomaterials and tools to design and study them continues to expand; significant branches of this type of research deal with energy and medicine. The work presented in this dissertation contributes to these goals. The materials I studied include the protein complex Photosystem I (PSI), monolayer protected nanoclusters (MPCs) and respiratory syncytial virus (RSV). These materials were organized on substrates for the conversion of light into energy, the verification of fountain pen techniques, and the study of rapid health testing, respectively. The techniques I used to study these materials were capillary electrophoresis (CE), the atomic force microscope (AFM) and the quartz crystal microbalance (QCM). CE was used as an element of the fountain pen I designed for the deposition of MPCs. I have applied the AFM to the study of surfaces of PSI and RSV and confirmed the individual layers in the structure of the PSI protein complexes with individual metal connections, and in the structure of the QCM immunosensor for RSV detection. The QCM showed that the rapid testing of the presence of viruses in human samples is possible in the health clinic setting.
  Filename       Size       Approximate Download Time (Hours:Minutes:Seconds) 
 28.8 Modem   56K Modem   ISDN (64 Kb)   ISDN (128 Kb)   Higher-speed Access 
  MorganKrimDissertation.pdf 11.07 Mb 00:51:13 00:26:20 00:23:03 00:11:31 00:00:59

Browse All Available ETDs by ( Author | Department )

If you have more questions or technical problems, please Contact LITS.