The new openQCM Q-1 Python Software: real-time monitoring of frequency and dissipation variations of a Quartz Crystal Microbalance through the analysis of the resonance curve
Hello, everyone. This 2018 has been a very exciting year. The openQCM project is growing beyond our expectations. We have launched 2 new devices and are working on the development of new scientific tools, which I hope will help the world of research in a completely new way. For this reason, we have temporary neglected […]
Here we report in detail the verification test of openQCM Quartz Crystal Microbalance in contact with pure water according to the theory based on Kanazawa – Gordon equation
Researchers working at International University of Malaysia compared openQCM Quartz Crystal Microbalance with standard scientific instruments Network and Impedance Analyzer
openQCM Quartz Crystal Microbalance electronic design is finally released using the free software KiCAD. Thanks to Martin Zalazar, Christian Mista and all the guys working at the Lab of electronic prototyping and 3D printing of the Universidad Nacional de Entre Ríos UNER – Argentina Great thanks for being an active part of the openQCM community […]
We are now testing the performances of two different openQCM devices in the most typical experimental conditions in order to measure the frequency stability of the open source quartz crystal microbalance.
The openQCM is really proud to share the latest reviews about the open source quartz crystal microbalance. This is also the opportunity to give thanks to people supporting the openQCM project.
As already mentioned, we have just completed the design and the electronic optimization of the Quartz Crystal Microbalance openQCM. At the moment we already have 2 working devices. So, we are very glad to show the first test in liquid environment. In order to demonstrate the real behavior of the system we have preferred to make a video. In […]