First-principles study on the gas-sensing mechanism of monolayer GaSe toward nitrogen-containing toxic gases
Monokatlı GaSe malzemenin nitrojen içeren zehirli gazları algılaması mekanizması teorik hesaplamalarla incelenmektedir. Araştırma, bu malzemenin gaz sensörü uygulamaları için potansiyelini ortaya koymaktadır.
Researchers have theoretically investigated the gas-sensing capabilities of monolayer Gallium Selenide (GaSe) for detecting nitrogen-containing toxic gases. The study utilized first-principles calculations to explore the underlying mechanisms of interaction between the material and these harmful substances.
These computational findings highlight the potential of GaSe as a material for developing advanced gas sensor technologies. The work aims to provide a deeper understanding of how GaSe interacts with specific toxic gases at a fundamental level.
This research is significant because it explores a new material for detecting dangerous nitrogen-based gases, which could lead to improved safety monitoring systems.
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