Guide

How to optimize the QCM-D baseline stability

To achieve high quality and reproducible QCM-D, data, and to be able to measure with high sensitivity, baseline stability is important.

This guide provides practical advice for achieving high-quality and reproducible QCM-D (Quartz Crystal Microbalance with Dissipation monitoring) data by focusing on optimizing baseline stability. It outlines nine critical factors that can affect baseline stability in QCM-D measurements and offers solutions to minimize errors and enhance measurement sensitivity.

Guide details

  • Length
    2 pages
  • Technologies
    QCM-D
How to optimize the QCM-D baseline stability

In this guide:

  • Identifies nine key factors that affect QCM-D baseline stability.

  • Provides practical solutions for each source of instability.

  • Offers reference values and tips to achieve reliable, reproducible measurements.

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