Guest - January 09, 2009 Browse Communities | NEW Participate | Login | Help 

View Generic Document: Nanoconfinement Effect on Morphology of Hybrid Systems

Citation: Johansen, Kelly (2007). Nanoconfinement Effect on Morphology of Hybrid Systems. Cornell Center for Materials Research.
Collection: Cornell Center for Materials Research REU Program  
 
Attached Files
Name Description MIMEType Size Downloads
n2007_CCMR_REU_johansen.pdf   application/pdf 647.87KB 0

Title Nanoconfinement Effect on Morphology of Hybrid Systems
Author(s) Johansen, Kelly
Keyword(s) amphiphilic BCP
Ceraset
poly(isoprene-block-dimethylamino ethyl methacrylate)
PI-b-PDMAEMA
electrospinning
confinement
ceramics
block copolymer
Abstract/Summary In this research we used a block copolymer (BCP) and an inorganic precursor to form an organic/inorganic hybrid. By electrospinning these hybrids, internally structured nanofibers can be formed. These structured fibers are useful because they can significantly expand the applications of nanofibers to areas such as photonic fibers or multifunctional textiles.
Publisher Cornell Center for Materials Research
Date 2007-08-29
Copyright Notice Copyright 2007 CCMR. Materials from the CCMR website may not be used without permission.
Copyright Agreement on
Additional Notes Support for the CCMR is provided through the NSF Grant DMR 0520404, part of the NSF MRSEC Program. Additional support is provided by Cornell University, the State of New York, and by industrial sources.
 
 
User Comments
 
Created: Fri, 18 Jan 2008, 06:36:11 EST by Cathy Lowe. Detailed History


Kent State University NIST MIT University of Michigan Purdue Iowa State University


About | Terms of Use | Contact | Privacy Policy