Grow the film.
A cold-wall reactor with a rotating, resistively heated substrate holder. Six bubbler manifolds supply liquid or solid precursors, with recipe-driven control and data logging.
Chemical vapor deposition / MOCVD2
Grow chalcogenide thin films with in-situ optical monitoring, vacuum transfer, and connected Raman and photoluminescence characterization.
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Capabilities
A connected setup for growing thin films and examining their optical properties.
A cold-wall reactor with a rotating, resistively heated substrate holder. Six bubbler manifolds supply liquid or solid precursors, with recipe-driven control and data logging.
In-situ spectroscopic ellipsometry monitors the film during deposition. Measurements can be compared with the recorded growth conditions.
Robotic high-vacuum transfer connects the growth chamber to a glovebox with WITec Raman and photoluminescence spectroscopy.
Documented process capabilities
Monolayer growth on 2-inch c-plane sapphire, as listed by the Penn State facility.
View facility details ↗Instrument record
Research with LATTICE
Tell us about your material, substrate, and research question. Connect with the LATTICE team to discuss the system and the developing user program.
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