Operando Cross-Sectional Raman Split Cell (I.D. = 10 mm) with Jig Fixture for Solid-State Battery Characterization, CSSBCOCSRSCJF
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An operando Raman cross-sectional split cell is one of the most powerful diagnostic tools for battery research. Unlike a standard operando Raman cell that looks at the "top" surface of an electrode through a window, a cross-sectional cell allows you to see the "through-thickness" of the battery—watching ions move from the anode, through the separator, and into the cathode in real-time.
The operando cross-sectional split cell can be used to study the following aspects: (1) Reaction Heterogeneity: Seeing if the top of the electrode (near the separator) reacts faster than the bottom (near the current collector). (2) Ion Gradient Mapping: Visualizing the salt concentration gradients in the electrolyte. (3) Interface Evolution: Watching the Solid Electrolyte Interphase (SEI) grow or lithium dendrites pierce the separator.
| Part Number |
CSSBCOCSRSCJF (C-SSBC-OCSRSCJF) |
| Structure/Components |
Top/Bottom Metal Part: Special #4 Stainless Steel (corrosive-resistant to most solid-state electrolytes)
Sleeve or cell body: PEEK
Optical Window: Quartz
Jig Fixture: Stainless Steel
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| Cell Sizes |
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| Max. Operation Pressure |
≤500 MPa
|
| Customized Option |
The operando cross-sectional Raman split cell with constant-pressure jig fixture can be supplied upon request.
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| Note | The cell components should be thoroughly cleaned and dried after use. |