AN 26 - Real-Time, Field-Based Water Vapor Isotope Measurements with a Picarro Analyzer
Using a Cavity Ring-Down Spectroscopy (CRDS) instrument to probe cropland evapotranspiration, literally in the field.
AN 25 - Fast, Easy δ13C from Carbonates Using Picarro’s Liaison™ System Coupled to an AutoMate Prep Device High-precision, rugged device can even be used for remote deployment.
AN 24 - Picarro’s Combustion Module-CRDS Quickly Distinguishes Between Renewable and Fossil Fuel Plastics A fast screening method for supply chain management and QA/QC.
AN 23 - Picarro CM-CRDS Using the Approved AOAC Internal Standard Isotope Ratio Analysis (ISCIRA) Method for Honey (AOAC 998.121) This note provides details about a Picarro CRDS-based fast screening method to test for adulteration with corn or cane sugar.
AN 22 - Combustion Module-CRDS for δ13C analysis of imported honey and detection of adulteration A fast screening method of imported honey to test for product adulteration with high fructose corn syrup.
AN 21 No Compromise High Throughput δ18O and δD Measurements Picarro water isotope analyzers provide optional high speed measurements with minimal impact on memory and precision and no impact on drift compared to high precision operation.
AN 20 - Exceptional Reproducibility from a Picarro Isotopic Water Analyzer Measuring the same water samples on two consecutive days using the Picarro L1102-i, without calibration, yields highly consistent data.
AN 19 - Automated Measurement of δ18O and δD in Briny (Salty) Samples A test spanning ca. 1200 separate injections over several days indicates no performance changes or other effects due to salt build-up.
AN 18 - Automated Measurement of δ13C for Identifying Edible Oils A fast screening method distinguishes between oils derived from different plant species and can be used to test for product adulteration.
AN 17 - Calibration Routine for Picarro Water Isotope Analyzers This document explains how users can easily apply their own calibration adjustments, specifically to Picarro water isotope analyzers.
AN 16 - Automated Multi-Point Greenhouse Gas Measurement System The simplicity of integrating Picarro analyzers into field measurement sites has enabled their deployment worldwide for GHG analysis.
AN 15 Calibrating the Picarro Analyzer This document explains how users can easily apply their own calibration adjustments to Picarro gas and isotope analyzers.
AN 14 - Stable Isotope Ratio Measurement of Dissolved Inorganic Carbon (DIC) WS-CRDS provides simple δ13C measurements of DIC, enabling the source type of these compounds to be determined.
AN 13 - Measuring δ18O and δD for Commercial Foods A quick screening method of using stable isotopes to distinguish the true origin and/or composition of natural food and beverage products
AN 12 - Applications Note Atmospheric Monitoring Examples of Picarro analyzers used in tall-tower measurements of greenhouse gases.
AN 11 - Applications Note Ammonia Monitoring Examples of Picarro analyzers used for ultra-sensitive ammonia measurements in the semiconductor industry.