Eosense’s eosAC and eosMX/MX-P allow the user to design a customized measurement cycle that best meets the needs of their specific field location and experimental design. As the length of gas tubing, the magnitude of the fluxes and the analyzer will vary from case to case, several tools are provided in the eosLink-MX and eosAnalyze-AC software to ensure optimal flux measurement and analysis. In this application note, we will review two such settings: the Valve Delay parameters in the eosLink-MX software, and the Data Deadbands in the eosAnalyze-AC software. Both of these options should be carefully considered when creating and examining scheduled measurements, as improper use can lead to biased measurements and/or poor flux estimates.
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Whether you’re using eosAC or eosAC-LT/LO chambers, manual chambers or conducting incubations the eosMX has you covered with support for automated sampling from up to 16 locations.
The eosAC-T/O automated flux chamber is field-ready, compact, and ideal for long-term deployment in a wide variety of applications. The chamber’s design incorporates scientific best practices and features swappable components that allow for hassle-free repairs in the field. Seamless integration with leading gas analyzers and included flux analysis software enable simple and accurate measurements of trace gas flux.