Learn more about Quartz Crystal Microbalance with Dissipation monitoring technology, QCM-D, from a user perspective.
Calendering, a common compaction process for Li-ion batteries, will significantly impact the pore structure and thus also the wettability of the electrode.
Read about why QCM-D bulk shifts arise and how you could plan your experiments to avoid, or account for them.
Single-cell trapping can be done with the help of superhydrophobic and superhydrophilic patterns.
QSense EQCM-D is used in battery research. We have compiled a list of recent publications.
Interfacial rheology is a special branch of rheology that involves studying the unique two-dimensional systems formed at interfaces.
Read about the complexity of the microbiome, and resent research on how to make a better probiotic.
The wettability of different parts of Li-ion batteries is a key issue in terms of manufacturing, performance, and safety of the batteries.
Read about two cases where QSense QCM-D technology was used to explore viral membrane disruption and an antiviral strategy towards pandemic preparedness.