C-A-EQCM-15, C-O-EQCM-15
This is a stationary solution voltammetry cell for simultaneous measurements of electrochemical response and Quartz Crystal Microbalance sensing. It is a universal EQCM cell that works with both standard sizes of quartz sensors, either 14 mm or 25.4 mm in diameter.
MOREC-A-RAM_EQCM, C-O-RAM_EQCM
This cell combines three classical analytical techniques such as electrochemistry, Raman spectroscopy and Quartz Crystal Microbalance, to obtain in-situ chemical information about the reactions taking place during an electrochemical experiment. It consists mainly of three elements: (i) QCM sensor holder with gold plated pogo pins to access sensor electrode contacts placed on a bottom as well as a top surface; (ii) chamber in which reference and counter electrodes are installed together with electrolyte inlet and outlet and (iii) lid which seals the cell.
MOREC-A-QCM_EC_BL-15, C-O-QCM_EC_BL-15
This is a stationary solution voltammetry cell for simultaneous measurements of electrochemical response and Quartz Crystal Microbalance sensing with Dissipation Monitoring (QCM-D). This QCM EC 15 mL module has been developed for a specific equipment supplied by Biolin Scientific. It is compatible with QSense Explorer and QSense Analyzer system. In this configuration, a thin film of measured material is deposited directly on top of the QCM sensor (QSensor).
MOREC-A-SRS_QCM200_EC-15, C-O-SRS_QCM200_EC-15
This is a stationary solution voltammetry cell for simultaneous measurements of electrochemical response and Quartz Crystal Microbalance sensing. This QCM EC module has been developed for a specific equipment supplied by Stanford Research Systems. It is compatible with QCM200 (5MHz QCM) system. In this configuration, a thin film of measured material is deposited directly on top of the QCM sensor.
MOREC-A-MV_EQCM_QSH, C-O-MV_EQCM_QSH
This is a stationary solution voltammetry cell for simultaneous measurements of electrochemical response and Quartz Crystal Microbalance sensing. This EQCM cell has been developed specifically for QSH-Dip sensor holder supplied by MicroVacuum. This holder exposes the sensing side of the QCM sensor and is otherwise sealed, so that it can be immersed into a cell full of liquid. In this configuration, a thin film of measured material is deposited directly on sensing side of the QCM sensor.
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