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Electrochemical Cell

Electrochemical Cell Integrated with Ultra-High Vacuum (UHV) Chamber and Sample Transfer

Model: EC-UHV-75

Figure 1. Electrochemical Cell Integrated with UHV Chamber & Sample Transfer.

Figure 1. Electrochemical Cell Integrated with Ultra-High Vacuum Chamber and Sample Transfer.

Figure 2. Split Test Cell with transferable electrode and UHV compatibility for battery R&D.

Figure 2. Split Test Cell with transferable electrode and UHV compatibility for battery R&D. Independent attachment to SEM/EDX, XPS, STM, AES, LEED, QMS and XRD. Instant access to the battery cell electrode for in-vacuum characterization at any stage of charge.

Figure 3. EC chamber integrated to basic UHV system with LEED-AES spectrometer.

Figure 3. EC chamber integrated to basic UHV system with LEED-AES spectrometer.

Figure 4. EC chamber integrated to basic MBE system with LEED-AES spectrometer.

Figure 4. EC chamber integrated to basic MBE system with LEED-AES spectrometer.

Electrochemical cell integrated with compact ultra-high vacuum (UHV) chamber based on CF2.75” ﬂanges with sample transfer capability.

Includes

Electrochemical Cell and Electrodes
Vertical and Horizontal Transfer of Sample
Sample Mounting Adapter for Wet Electrochemical Measurements
Flag Style Sample Holders Compatible with Thermal Annealing up to 1400 °C
Battery Split Test Cell Conﬁguration

Split Test Cell Model EC-UHV-75-STC

Independent attachment to

SEM for surface topography and EDX composition
XPS for chemical analysis
STM for nanoscale microscopy
QMS for emitted gas analysis from electrolyte or electrodes
AES for Li surface concentration and elemental composition
LEED for surface crystallography on single crystals
XRD for bulk crystalography

Applications

Unique tool for nanoscale monitoring and experimental modelling of electrochemical processes:

Electrodes for Battery, Fuel Cell and Water Splitting
Electrodeposition of Epitaxial Films
Materials for CO₂ Capture and Conversion
Single Atom Catalysis
Corrosion Studies
Electrochemical Etching
Epitaxial Graphene Interactions
Electrodes for Battery, Fuel Cell and Water Splitting
Substrate crystallography Induced by Soft Matter Interactions (Organic and Biological Molecules)

Downloads

Download the Electrochemical Chamber Brochure - Model EC-UHV-75 (PDF)