Tip #48: Learn how to correct for the time offset between detectors that are connected in series by Deriving a Channel in Empower Software. (Part 2)
Tip #47: Smoothing a channel of chromatographic data collected with a UV detector through Empower Software’s Deriving Channels feature.
Tip #46: Recently I’ve had several questions about how baselines are determined using Empower Software’s ApexTrack peak integration algorithm. Let’s take a look at how they work.
Tip #45: Calculating impurities and creating impurity groups (Part 6) Welcome back to Get Empowered! In the last tip-of-the-week blog for Empower Software, we discussed how to set thresholds for specified impurities. Tip 40: Calculating… Read more >
Tip #44: Calculating impurities and setting thresholds for specified impurities (Part 5) Welcome back to Get Empowered! In the last tip-of-the-week blog for Empower Software, we discussed how to flag impurities in samples using thresholds.… Read more >
Tip 43: Using Empower Software, we apply thresholds to flag impurities that exceed certain levels. Part 4 of our calculating impurities series.
Tip 42: How to calculate impurity response as % area against the main chromatographic peak.
Tip 41: Tools in Empower Software to help you identify and quantify impurities in your products.
Tip 40: How to name and calculate unexpected impurities using Empower Software.
Tip 39: How to use the Update Retention Time (RT) function in an Empower Software Processing Method to address peaks that have been misidentified due to retention time shifts (Part 4).