Publications by authors named "Kanisorn Klangvijit"
Article Synopsis
- Ball milling of solids can functionalize their surfaces without changing their overall structure, but the newly added functional groups often move from the surface into the bulk material.
- In this study of CsTiO, hydroxyl groups generated during dry milling migrate from the surface to the inside of the material, affecting its electrochemical properties.
- Increased bulk hydroxyl groups correlate with reduced charge storage capacity and higher charge transfer resistance, while electrical measurements reveal key insights into conduction pathways and group behavior during milling.
