3D Printing of Patterned Surfaces Using Functionalized Silicon Nanoparticles

Download document

Description

1-7 Octadiene and 1-Hexyne functionalized Silicon Nanoparticles synthesized via Reactive High Energy Ball Milling (RHEBM) were printed on glass and plastic substrates using material inkjet printing to determine optimal parameters. Material inkjet printing is important for industrial scale roll to roll processing of flexible circuits for electronic devices. Page 27 of the CELT Research Abstract Booklet.

Details
Title

3D Printing of Patterned Surfaces Using Functionalized Silicon Nanoparticles

Researcher

Boose, Quentin

Faculty

Brian Mitchell, Ph.D.

Date Created

2015-2017

Description

1-7 Octadiene and 1-Hexyne functionalized Silicon Nanoparticles synthesized via Reactive High Energy Ball Milling (RHEBM) were printed on glass and plastic substrates using material inkjet printing to determine optimal parameters. Material inkjet printing is important for industrial scale roll to roll processing of flexible circuits for electronic devices. Page 27 of the CELT Research Abstract Booklet.

Topical Subject(s)

Nanoparticles
Three-dimensional printing

Language

eng

File Type

pdf

Identifier (local)

CELT_AB_27

Extent

page 27 of 36

Type of Resource

text

Source

The Center for Engaged Learning & Teaching, Tulane University, New Orleans, Louisiana

Place of Publication

New Orleans (La.)

Physical Location

Tulane University: Center for Engaged Learning & Teaching

Institution Website

http://celt.tulane.edu/

Rights

The materials in the Center for Engaged Learning and Teaching Research Showcase collection are made available for research and study purposes only. Any other use requires permission. Copyright is retained in accordance with U.S. copyright laws. For further information on the permissions process and guidelines, please contact celt@tulane.edu.

Contact Information

celt@tulane.edu