On Demand Webinar: Observing Mixed Ionic-Electronic Transport in Redox-active Polymers
Questions? Please contact us with any questions regarding this webinar or the QSense QCM-D system with Electrochemistry.
Questions? Please contact us with any questions regarding this webinar or the QSense QCM-D system with Electrochemistry.
Questions? Please contact us with any questions regarding this webinar or the QSense QCM-D system with Electrochemistry.
Biopolymers are essential building blocks of life. The structure of one biopolymer is no mystery – DNA’s double helix is one of the most famous …Read more
Often the mechanistic properties of polymers are just as important as their chemical contributions to their myriad of applications. For example, whether a polymer swells …Read more
During the manufacturing and delivery process therapeutic proteins encounter several surfaces and consequently, face the risk of aggregation. There are several factors that can induce …Read more
On-Demand Webinar: Analyze chemical and surface interactions affecting CMP with Quartz Crystal Microbalance with Dissipation (QCM-D) As semiconductor process nodes keep shrinking, new materials and …Read more
Over the past decades, we have experienced several viral outbreaks, such the Swine flu, Ebola, Zika, and now most recently, COVID-19. Viral outbreaks will undoubtedly …Read more
Biomaterials are an important component in regenerative medicine. They are, broadly speaking, man-made materials intended for functional use in living biological tissue. The most familiar …Read more
Our guest speaker, Gustaf Rydell, researcher at Sahlgrenska University Hospital, will describe how they have used QCM-D to study the interaction between virus particles and …Read more
Historically Surface Science is an outgrowth from several fields of physics and chemistry. One strong “leg” derives from solid state physics, and encompasses the studies …Read more