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760 uv visible spectrophotometer

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The Jasco-760 UV-visible spectrophotometer is a laboratory instrument designed to measure the absorption or transmission of light in the ultraviolet and visible light spectrum. It is used to identify and quantify various chemical compounds based on their unique light absorption characteristics.

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UV-visible spectrophotometer (17 citations) UV spectrophotometer (11 citations)

2 protocols using 760 uv visible spectrophotometer

1

Optical Characterization of Thin Films

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The reflection measurements are performed using spectroscopic ellipsometry (Woollam V-VASE) technique for all samples. For the bare film and cavity samples, reflection measurements are performed using the pp polarization by varying the angle of incident light from 20° to 50°. The measurements are collected at room temperature for each 5° interval. Solid-state UV-visible measurements on glass slides are performed using a Jasco-760 UV-visible spectrophotometer. PL measurements are performed using a homemade setup comprising laser. The setup is coupled with a Princeton Instruments monochromator with a PIXIS: 256 electron-multiplying charge-coupled device (EMCCD) camera. A 100×, 0.7 numerical aperture (NA) objective was used for all the measurements.
Satapathy S., Khatoniar M., Parappuram D.K., Liu B., John G., Feist J., Garcia-Vidal F.J, & Menon V.M. (2021). Selective isomer emission via funneling of exciton polaritons. Science Advances, 7(44), eabj0997.
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2

Optical Characterization of Materials

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Spectroscopic ellipsometry (Woollam V-VASE) technique was used to perform the reflection measurements. The measurements are collected at room temperature at an interval of 5°. Solid-state UV-visible measurements on quartz slides are carried out using a Jasco-760 UV-visible spectrophotometer. PL measurements are performed using a homemade setup comprising laser coupled with a Princeton Instruments monochromator with a PIXIS: 256 electron-multiplying charge-coupled device (EMCCD) camera. A 20×, 0.4 numerical aperture (NA) objective was used for all the measurements.
Satapathy S., Liu B., Deshmukh P., Molinaro P.M., Dirnberger F., Khatoniar M., Koder R.L, & Menon V.M. (2022). Thermalization of fluorescent protein exciton-polaritons at room temperature. Advanced materials (Deerfield Beach, Fla.), 34(15), e2109107.
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