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Thermal Cycle Effects on Hardness and Microstructure of 1mm Cells Without CLIC Treatment

This study investigates the thermal cycling process at 780°C for 2 hours, followed by 820°C for 6 minutes, on 1mm cells without CLIC (Cell 1 and Cell 3 from SM Group). We analyze the microstructural changes before and after heating, including grain size alterations, facetting issues, and surface stains. Results highlight discrepancies in hardness and subtle variations in lathe work mismatch, particularly a 20µm mismatch in Cell 3. Findings aim to provide insights into the thermal stability and mechanical properties of the materials.

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Thermal Cycle Effects on Hardness and Microstructure of 1mm Cells Without CLIC Treatment

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Presentation Transcript

  1. Thermal cycle and Hardness. 780ºC 2h + 820ºC 6min CLIC not used cells - SM Group

  2. 1mm Cell 1, before and after heating. Before After CLIC not used cells - SM Group

  3. 1mm Cell 3, before and after heating. Before After CLIC not used cells - SM Group

  4. After heating. Detail of general aspect CLIC not used cells - SM Group

  5. After heating. Details of stains and spots. CLIC not used cells - SM Group

  6. After heating. Details of stains and spots. CLIC not used cells - SM Group

  7. Grain size. Before (Cell 2) After CLIC not used cells - SM Group

  8. Facetting. CLIC not used cells - SM Group

  9. Lathe work mismatch. Slight mismatch in Cell 2 20µm mismatch in Cell 3 CLIC not used cells - SM Group

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