Effects of O-2, Xe, and Gating on the Photoconductivity and Persistent Photoconductivity of Porphyrin Nanorods

Authors

C. Kent Riley '08, Class of 2008, Haverford College
Eric A. Muller '06, Class of 2006, Haverford College
Benjamin E. Feldman '07, Class of 2007, Haverford College
Colin M. Cross '09, Class of 2009, Haverford College
Katherine L. Van Aken '12, Class of 2012, Haverford College
Walter Fox Smith, Haverford CollegeFollow

Document Type

Journal Article

Role

Author

Standard Number

1932-7447

Journal Title

Journal of Physical Chemistry C

Volume

114

Issue

45

First Page

19227

Last Page

19233

Publication Date

2010

Abstract

This is a major paper, based on several years of research. It describes the effects of gate voltage, atmospheric oxygen, and atmospheric xenon on the photoconductivity of self-assembled porphyrin nanorods, and presents a model that explains the wide variety of observed behaviors. --author-supplied description

Repository Citation

Riley, C. Kent, et al. "Effects of O2, Xe, and Gating on the Photoconductivity and Persistent Photoconductivity of Porphyrin Nanorods." The Journal of Physical Chemistry C 114.45 (2010): 19227-19233.