Electrical responses of nanostructured ZrS3 as field-effect transistor for nitrogen dioxide, ethanol, and acetone detection enhanced by visible light

Description

Small-area layers of nanostructured ZrS3 were fabricated and measured in the field-effect transistor configuration. Irradiation with visible light enabled generating photocurrent and increasing the sensitivity to selected ambient gases: nitrogen dioxide, ethanol, and acetone. The data set consists of electrical responses (current vs. voltage characteristics and time-domain changes of current flowing through the sensor). Raw and modified data confirm the sensitivity and stability of the ZrS3 sensor and constitute basis for understanding mechanisms of light-driven gas detection by the investigated transition metal trichalcogenide.

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ZrS3_data.zip

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Year of publication:

2024

Verification date:

2024-03-01

Dataset language:

English

Fields of science:

automation, electronics, electrical engineering and space technologies (Engineering and Technology)

DOI:

10.34808/fyq4-8541

Funding:

System of gas detection by two-dimensional materials

Verified by:

Gdańsk University of Technology

Keywords

References

publication Study of ZrS3-based field-effect transistors toward the understanding of the mechanisms of light-enhanced gas sensing by transition metal trichalcogenides

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