Advanced Materials and Nanotechnology
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Advanced Materials and Nanotechnology

As the needs of aerospace, construction and a wide array of other disciplines become more demanding, traditional materials are proving insufficient. Through research into ceramics, new alloys and a host of other materials, ASU researchers play a role in the development of stronger, lighter and more efficient final products in buildings, planes, industrial equipment, and elsewhere.

Portfolio

Nanofabrication
Direct Write Imaging Process

Bar-Coded Alloy Nanowires

Orthogonal Nanowire Barcodes based on Multiple Readouts

Porous Metal Oxide Particles

Method and Device for Rapid Prototyping and Material Processing

Filament Deposition Method and System for Rapid Freeform Fabrication

Synthesis of Nano-Structured Zirconium Oxide Spheres

Nanoscale Ink-Jet Printing

Method of Transferring An Ultra-Thin Layer of Crystalline Material with High Crystalline Quality

Cyclic Plasma Etch Process for Smoothing or Thinning of Oxidizable Materials

Materials
Electrorheologically Micro- or Nano-Organized Composite Materials

Structural Fibers coated with Nanowires for Polymer Composites

Sensors
Simultaneous electrochemical detection of multiple heavy metal ions in water

Conducting Polymer Nanosensor

Quality Factor Improvement of Longitudinal-Mode FBAR in Liquid Environments

Microfluidics
Sample-to-microchip interface

Gas-Dynamic Virtual Nozzle for Generation of Microscopic Droplet Streams

Materials Characterization
Resonant Linearly Polarized Eddy Current Sensor

Hollow Dielectric Pipe Polyrod Antenna

Aperture Matched Polyrod Antenna

Compact Broad-Band Admittance Tunnel incorporating Gaussian Beam Antennas and Low-Diffraction Iris

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