In this video, we break down the technology and the process of performing non-invasive measurements during red wine fermentation. Using NeoFox, we monitor oxygen in both the headspace and solution. Using the Ocean Optics USB2000+, we monitor the pH levels as the wine ferments. Be sure to visit Ocean Optics Sensors Division to learn more.
In this video we show you the basic steps for setting up the SpecEl Ellipsometer System from Ocean Optics. Using a step wafer, learn how to perform a basic measurement using the SpecEl and Scout Software. For more information, visit http://www.oceanoptics.com/products/specel.asp
In this video, our friends at Arcoptix show you how to perform a basic Diffuse Reflection Measurement, using the FTS Spectrometer, Ocean Optics light source, white reflection standard, and an optical fiber. For more information on the Arcoptix line of spectrometers sold by Ocean Optics, visit us at http://www.oceanoptics.com/products/fts.asp
Our partners at ARCoptix present this tutorial on using the ANIR FTS Spectrometer system. Fourier Transfer Spectroscopy is a measurement technique the collects spectra based on the response from a pulse of electromagnetic radiation. It is more sensitive and has shorter sampling times that more traditional methods.
Meet the PlasCalc Plasma Monitoring System from Ocean Optics. Plasma monitoring is a valuable tool for a diverse range of applications, such as measuring film deposition, monitoring plasma etching, examining surface cleaning, analyzing plasma chamber health control and monitoring abnormal pollution or discharge phenomena. The PlasCalc Plasma Monitoring System measures plasma emission from 200-1100 nm in only 3 milliseconds.
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