Lecture | UsageQSenseDissipative quartz crystal microbalance（QCM-D）Evaluate and optimize cleaning efficiency

QSense QCM-DTechnology: Real time insight into surface interactions, empowering the development of efficient cleaning solutions

Come and explore with Bai OulinQSenseDissipative quartz crystal microbalance（QCM-D）Technology elevates your research on the cleaning process to a whole new level! As a powerful tool for real-time research at the nanoscale,QSense QCM-DTechnology can accurately analyze the activity and cleaning kinetics of cleaning agents!

In this online seminar, you will gain a deeper understandingQSense QCM-DTechnology and real-time analysis of detergent activity and cleaning dynamics at the nanoscale.

This method can accurately provide four key details of the cleaning process:
• Wettability of dirt——Quantify the interface behavior between dirt and substrate
• removal rate——Real time monitoring of dirt peeling kinetics
• direct etching——Track changes in substrate materials
• Re sedimentation risk——Evaluate the anti re contamination ability of cleaning agents

By obtaining these precise data, you will be able to gain a deeper understanding of the cleaning process mechanism, provide key guidance for the design and development of cleaning products, and obtain important theoretical basis for optimizing product performance.

Applied scientist at Sweden Biolink Technology Co., LtdYousra Ben SalahPhD and Director of Application Development and Technology TransferKenneth OlesenThe doctor will introduce youQSenseSolution and demonstrate how to use it through three case studiesQSenseAnalyze and evaluate the dynamics of the cleaning process, surface etching, and surface residue, which involve industrial related surface materials.

Report time:2025year5moon20Tuesday afternoon15:00-16:00(Beijing time)

Report platform:

GoTo Webinar

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Search the relevant push of official account Biolin to register, or call and write.

QSenseTechnical Introduction:

Quartz crystal microbalance with dissipation factor detection function（QSense）It is a specialized technology of Sweden's Biolink Technology Co., Ltd., which can provide multiple frequency and dissipation factor data for determining the quality of very thin adsorption layers and synchronously providing structural information such as viscoelasticity.

This technology can study the molecular interactions and adsorption of molecules, nanoparticles, and cells on various types of surfaces, as well as detect the structural changes of molecules and the dynamic processes of adsorption and desorption.

The application scope of this instrument includes biotechnology and medical devices, proteins, nucleic acids, polysaccharides and other biomolecules and cells/Bacteria, biosensors, food, polymer materials, environmental membrane treatment, nanoparticles, graphene, self-assembled materials, lithium batteries/Supercapacitors, cleaning, and the interactions between substances and interfaces at the nanometer to micrometer scale, as well as the environmental response of substances.

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·Netanel ShpigelPh.D. Bar Israel University/Drexel University in the United States
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·Jodie L. Lutkenhaus教授 Texas A&M University

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·Li Yongjun, Associate Researcher Shanghai Institute of Organic Chemistry, Chinese Academy of Sciences

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·Matthias Kellermeier教授 BASF Group, Germany

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·Ralf P. Richter教授 University of Leeds

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·Joshua A. JackmanAssistant Professor Sungkyunkwan University(SKKU)College of Chemical Engineering
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·BJÖRN WICKMANAssociate Professor, Department of Physics, Chalmers University of Technology, Gothenburg, Sweden
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·Viktor VanoppenThe Department of Chemistry, Uppsala University, SwedenSteam currentLaboratory and Structural Chemistry

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·Coralie SchneiderPhD, Department of Analysis and Materials Science, BASF, Germany

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·Mr. Nils RiegerDepartment of Physics, Chalmers University of Technology, Sweden

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