荧光屏加固黑印形成机理与抑制方法研究

Key Points

• Black print formation probability decreases with increased centrifuge speed and longer duration, indicating process optimization potential.
• Key evidence includes that lower concentrations of potassium silicate solution during strengthening significantly reduces defects.
• Observational analysis of enhancing mechanisms involves centrifugal forces overcoming hydrogen bonds between potassium silicate and water molecules.
• Findings suggest improved production yields through minimizing hydrogen bond effects during high-temperature strengthening processes.