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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

Investigation of Calix[4]arene Derivatives That Can Be Sensitive for Chlorinated Volatile Organic Compound (CVOC) Species in Quartz Crystal Microbalance (QCM) Sensor System

MSc thesis 2021
openQCM 1

Seda Büşra Çançin

Konya Technical University, 2021

2-dichloroethane) amide calix[4]arene calixarene chlorinated volatile organic compound (CVOC) ethylene dichloride (1 gaseous sensor imidazole
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