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03 / The bibliographyThe openQCM JournalopenQCM / Scientific paper
Benchtop instrumentsopenQCM NEXTQCM-D on every overtone, chamber held at ±0.01 °CopenQCM Q-1QCM-D on one selected overtone at a timeopenQCM Wi2Frequency QCM, USB-powered and wireless-ready
Embedded & OEMopenQCM SpaceBugA 7-gram module for CubeSats and field nodesopenQCM TWINDual-crystal differential board for gas and vacuumopenQCM HolderAll-FR-4 sensor holder for vacuum chambers
Modules & heritageEQCM module for Q-1Electrochemistry on the Q-1EQCM module for NEXTElectrochemistry on the NEXT · experimental prototypeopenQCM (2014)The original open-source QCM, kept for reference
All devices and comparison Buy in the store
The companyopenQCM TeamNovaetech, Pompeii: the people behind openQCMCustomersLaboratories using openQCM around the worldContactsWrite to us or book a call
CommunityForum Questions and answers from openQCM usersNewsletterFirmware, application notes and papers, a few emails a yearBlogLab notebook and the making of openQCM
Privacy Terms
Store Talk with us

Scientific Paper

Quartz crystal microbalance with thermally-controlled surface adhesion for an efficient fine dust collection and sensing

Journal article 2022
openQCM

Il Ryu Jang, Soon In Jung, Gunhee Lee, Inyong Park, Sang Bok Kim, Hoe Joon Kim

Journal of Hazardous Materials, 424 (Pt B), 127560, 2022

View at publisher ↗

DOI 10.1016/j.jhazmat.2021.127560

Mass concentration (chemistry) openQCM sensors Particle (ecology) Polystyrene Quartz Crystal Microbalance
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