The characteristics of graphene-based photoelectric device under extreme conditions
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Key Points
The study confirmed high-sensitivity detection performance of graphene-based detectors under extreme conditions, indicating excellent operational stability.
Utilizing a high pressure of 6.4 GPa, researchers opened the graphene band gap and tested the detector's efficiency across a broad temperature range.
Raman and ultraviolet absorption spectra were used to validate the operational stability of the carbon-based photodetector in various extreme environments.
The findings provide valuable insights for developing advanced detectors that meet the demands of complex photoelectric applications.
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Implication
Research reveals enhanced photoelectric detection in graphene-based detectors, suggesting improvements for extreme environments.