Exploiting the interplay of H2O co-adsorption and O vacancies on a Zr2CO2 MXene for high sensitivity and real-time battery thermal runaway monitoring

Aug 26, 2026·

Yee Hui Robin Chang

Keat Hoe Yeoh

Chanhyeok Kim

Masato Yoshiya

Boon Tong Goh

Junke Jiang

Mohd Muzamir Mahat

Thong Leng Lim

Siow Hoo Leong

Moi Hua Tuh

· 0 min read

DOI

Type

Journal article

Publication

Physical Chemistry Chemical Physics, 2026, 28(33), 20382-20397

Publication date Aug 26, 2026

DEF

Publication Resources

Date source: RSC DOI record and PubMed issue citation.

DOI

Summary

Investigates how water co-adsorption and oxygen vacancies affect gas sensing on Zr2CO2 MXene, with battery thermal-runaway detection as the target application.

←Constructing density functional tight-binding parameters for electronic structure modeling of lead-bromide perovskites, perovskitoids, and related structures2026

Structurally compatible InN/SiP vdW heterostructure with enhanced charge separation and stable H2O adsorption for efficient Z-scheme photocatalysis2026→

Exploiting the interplay of H2O co-adsorption and O vacancies on a Zr2CO2 MXene for high sensitivity and real-time battery thermal runaway monitoring

Publication Resources

Summary

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