Self-assembly at ionic liquid-based interfaces: fundamentals and applications

Denzil Frost

Liquid-liquid interfaces serve as ideal 2-D templates on which solid particles can self-assemble into various structures. These self-assembly processes are important in fabrication of micron-sized devices and emulsion formulation. At…

Liquid-liquid interfaces serve as ideal 2-D templates on which solid particles can self-assemble into various structures. These self-assembly processes are important in fabrication of micron-sized devices and emulsion formulation. At oil/water interfaces, these structures can range from close-packed aggregates to ordered lattices. By incorporating an ionic liquid (IL) at the interface, new self-assembly phenomena emerge.

Copyright Statement

Reuse Permissions

69.23 MB application/pdf

Download count: 0

Details

Contributors

Frost, Denzil (Author)
Dai, Lenore L (Thesis advisor)
Torres, César I (Committee member)
Nielsen, David R (Committee member)
Squires, Kyle D (Committee member)
Rege, Kaushal (Committee member)
Arizona State University (Publisher)

Date Created

2013

Subjects

Resource Type

Text

Collections this item is in

ASU Electronic Theses and Dissertations

Note

Partial requirement for: Ph.D., Arizona State University, 2013

Note type

thesis
Includes bibliographical references (p. 202-235)

Note type

bibliography
Field of study: Chemical engineering

Self-assembly at ionic liquid-based interfaces: fundamentals and applications

Details

Citation and reuse

Statement of Responsibility

Machine-readable links