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    Surface Science Blog You have only scratched the surface.

    < 4 min

    How to utilize contact angles in surface characterization: Receding contact angle

    Receding contact angle is the lowest possible contact angle on a given surface. Receding angle is measured on previously wetted surface.

    < 8 min

    QCM-D measurement best practice – sensor preparation

    Learn about what aspects to consider when preparing your QCM-sensors

    ~ 4 min

    How to utilize contact angles in surface characterization: Advancing contact angle

    Advancing contact angle is the highest possible contact angle measured on a previously unwetted solid surface.

    ~ 9 min

    Using QSense EQCM-D analysis to investigate SEI formation

    Read about how QSense EQCM-D analysis was used to explore the build-up, evolution, and mechanical properties of the solid electrolyte interphase (SEI).

    > 4 min

    How to utilize contact angles in surface characterization: Roughness corrected contact angle

    Roughness corrected contact angle, is an angle where the effect of surface roughness is taken away.

    > 7 min

    Why multiple harmonics are important in QCM measurements

    In QCM measurements, access to multiple harmonics is often needed. Here we explain when and why.

    ~ 5 min

    How to utilize contact angles in surface characterization: Static contact angles

    Instead, one can measure static contact angles, advancing and receding contact angles, and roughness corrected contact angles.

    > 9 min

    Using QSense EQCM-D in the development of new battery materials

    Read about how QSense EQCM-D, Electrochemical Quartz Crystal microbalance with Dissipation monitoring, was used to analyse new battery electrode materials.

    < 6 min

    Comparison of interfacial shear rheology measurement methods

    In this blog post, the most common interfacial shear rheology methods are reviewed.

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