QSense Knowledge base
– Webinar –
Observing Mixed Ionic-Electronic Transport in Redox-active Polymers
Redox-active polymers have promising applications in electronics and energy…
– App Note –
In Situ Monitoring of the Solid Electrolyte Interphase
A good understanding of different electrochemical processes that occur…
– Blogs –
QCM-D vs. SPR – What are the differences, and which technique fits your application?
When choosing between two real-time, surface sensitive, and label-free…
QSense Analyzer produces high-quality data from four measurements in parallel. The smart design with 4 removable flow modules makes it easy to set up new experiments. QSense Analyzer will quickly become a workhorse in your lab.
Enables 4 simultaneous experiments at the same conditions with flexibility of sensor surfaces, sample solutions, and flow modes
Wide Temperature Range and Resolution
Fully control temperature from 15-65°C in all 4 measurement channels. Temperature resolution is equal or better than 0.02°C
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Efficient Evaluation of Parameters
Four parallel measurement modules enable evaluation of different samples, substrates, solvents, concentrations, pH, and ionic strength
All optional QSense Modules are compatible with the QSense Analyzer, increasing experimental flexibility and enabling concurrent techniques such as electrochemistry, ellipsometry, and more
Quantification of Film Properties
Data collection at high sample rate from seven harmonics of the fundamental frequency gives maximum input for data analysis and quantification of mass, thickness, viscosity, and shear modulus of the adsorbed film
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QSense Analyzer Modules
The QSense Analyzer supports several modules for highly specialized applications, including:
Supports simultaneous QCM-D and electrochemistry measurements. Combine QCM-D with cyclic voltammetry (CV) or Electrochemical Impedance Spectroscopy (EIS) for corrosion studies and more.
Enables simultaneous QCM-D and ellipsometric measurements on the same sample substrate for greater insight into the hydration properties of the surface and molecules being measured.
Allows for optical access to the sensor surface for experiments with UV-induced reactions and fluorescence detection.