Scientific Paper
Heated quartz crystal microbalance with highly controlled integration of ZIF-67 for ultra-reliable humidity sensing
Summary
Electrospray deposition places the metal-organic framework ZIF-67 on a defined area of a QCM with picogram control, avoiding the clumps that make humidity sensors unreliable. A built-in microheater drives off residual water so the sensor can recalibrate itself; compared with the unheated device, hysteresis drops 47-fold and drift 8-fold.
Summary written by the openQCM team. The original abstract is on the publisher’s page.
More papers
Related work.
- Quartz Crystal Microbalance (QCM)-Based Portable System for Visualizing Reaction Kinetics in Secondary Chemistry Education 2025
- Development of gold nanospikes-modified quartz crystal microbalance biosensor for prostate specific antigen detection 2024
- Electrophoresis and Quartz Crystal Microbalance Instrumentation to Sense Nanoplastics in Water 2024
- A QCM-Based Device for Neurodegenerative Diseases Detection in Human Perspiration 2024
- Most common sources of pollutants in GLAMs & Assessment of main challenges for an efficient IAQ control:Deliverable 4.1 2025
- Chitosan/Sn@C composite nanofiber coatings for QCM-based humidity sensing 2026
From the bibliography
New openQCM papers, by email.
A selection of new publications measured with openQCM, with software releases and application notes. A few emails a year.
Browse all papers.
Hundreds of peer-reviewed publications cite openQCM. Search full-text and filter by instrument, year, journal or topic.