SPECTROSCOPY WEBCAST

Event Overview:
Low level components or impurities in liquid samples are typically not amenable to analysis by attenuated total reflectance (ATR) methods due to pathlength constraints, and thus analysts turn to classical transmission measurements for these types of samples. Yet, ATR is far easier to use than the cumbersome transmission cells. New advances in the analysis of liquids by FTIR spectroscopy can provide a far broader range of quantitative capability for liquid samples, while retaining the ease of use and speed of analysis afforded by ATR

Key Learning Objectives:
»	In FTIR liquid analysis, shorter pathlength cells that are effective for measurement of neat liquids, may not have the capability to analyze lower level impurities

»	Quantitative analysis of liquid samples can be improved by having user selectable pathlengths

»	New technology makes transmission spectroscopy of liquids as easy to use as ATR, yet covers a broader range of pathlengths

Who Should Attend:
»	People in all industries that currently use FTIR spectroscopy