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Electrostatic charging at the solid-liquid interface:Strategies for liquid flow sensing

Yan Araujo Santos da Campo Kelly Schneider Moreira Ezequiel Lorenzett Thiago Augusto Lima Burgo

Friction2025，Vol.13Issue(2)：P.39-48,10.

Friction2025，Vol.13Issue(2)：P.39-48,10.DOI:10.26599/FRICT.2025.9440892

Electrostatic charging at the solid-liquid interface:Strategies for liquid flow sensing

Yan Araujo Santos da Campo ¹Kelly Schneider Moreira ²Ezequiel Lorenzett ³Thiago Augusto Lima Burgo⁴

作者信息

1. Department of Physics,Federal University of Santa Maria,Santa Maria 97105-900,Brazil
2. Water Technology Group,NHL Stenden University of Applied,Leeuwarden 8917 DD,the Netherlands
3. Department of Chemistry,Federal University of Santa Maria,Santa Maria 97105-900,Brazil
4. Department of Physics,Federal University of Santa Maria,Santa Maria 97105-900,Brazil Department of Chemistry,Federal University of Santa Maria,Santa Maria 97105-900,Brazil Department of Chemistry and Environmental Sciences,Ibilce,State University of São Paulo,São Josédo Rio Preto 15054-000,Brazil
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摘要

关键词

contact charging/flow electrification/sensors/solid-water interface/nanocomposite/electric double layer

分类

机械制造

引用本文复制引用

Yan Araujo Santos da Campo,Kelly Schneider Moreira,Ezequiel Lorenzett,Thiago Augusto Lima Burgo..Electrostatic charging at the solid-liquid interface:Strategies for liquid flow sensing[J].Friction,2025,13(2):P.39-48,10.

基金项目

supported by the Brazilian agencies MCTIC/CNPq(465452/2014-0),FAPESP(2014/50906-9),and CAPES-Finance Code 001 through INCT/INOMAT(National Institute for Complex Functional Materials)and MCT/Finep/CT-Infra 02/2010.Yan Araujo Santos da Campo acknowledges CAPES(88887.674802/2022-00)for receiving a master’s degree fellowship.Authors have used large language models(ChatGTP)to improve readability and language. （465452/2014-0）

Friction

ISSN：2223-7690

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