Direct laser writing of triple-linked nanochannel configurations at a diamond–glass interface

Stoffel D. Janssens

doi:10.1016/j.diamond.2026.113982

Direct laser writing of triple-linked nanochannel configurations at a diamond–glass interface

2026-07-26

0

OA

AI

S

Stoffel D. Janssens *

M

Meissha A. Ardini

D

David Vázquez-Cortés

C

Cathal Cassidy

E

Eliot Fried *

DOI：10.1016/j.diamond.2026.113982

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Abstract

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• Direct laser writing of quasi-rectangular nanochannels at a diamond–glass interface. • Estimation of adhesion energy between polycrystalline diamond and glass. • Transformation of diamond into amorphous carbon causes nanochannel formation. • Reflectance of nanochannels measured with microspectrophotometry. • Demonstration of channel durability and flow restriction.

Keywords:

Nanofluidics

Direct laser writing

Diamond

Glass

Adhesion energy

Reflectance

Direct laser writing of triple-linked nanochannel configurations at a diamond–glass interface

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