Parallel assembly of particles and wires on substrates by dictating instability evolution in liquid metal films

Authors

J. D. Fowlkes
L. Kondic
J. A. Diez
A. G. Gonzalez
Y. Wu
Nicholas A. Roberts, Utah State UniversityFollow
C. E. McCold
P. D. Rack

Document Type

Article

Journal/Book Title/Conference

Nanoscale

Volume

4

Issue

23

Publication Date

2012

First Page

7376

Last Page

7382

Abstract

Liquid metal wires supported on substrates destabilize into droplets. The destabilization exhibits many characteristics of the Rayleigh–Plateau model of fluid jet breakup in vacuum. In either case, breakup is driven by unstable, varicose surface oscillations with wavelengths greater than the critical one (λc). Here, by controlling the nanosecond liquid lifetime as well as stability of a rivulet as a function of its length by lithography, we demonstrate the ability to dictate the parallel assembly of wires and particles with precise placement.

Recommended Citation

J.D. Fowlkes, L. Kondic, J.A. Diez, A.G. Gonzalez, Y. Wu, N.A. Roberts , C. E. McCold and P.D. Rack, Parallel assembly of particles and wires on substrates by di ctating instability evolution in liquid metal films, Nanoscale, 4, 23, 7376-7382, 2012.