SUMMARY
This discussion focuses on the reactivity of molybdenum in an RF-powered Argon plasma environment. Molybdenum is identified as a metal that, while resistant to RF sputtering, is still susceptible to being sputtered by the plasma. Tungsten is recommended as a more suitable alternative due to its superior resistance to RF sputtering. The conversation highlights the importance of selecting the right material for applications involving Argon plasma.
PREREQUISITES
- Understanding of RF plasma technology
- Knowledge of material properties, specifically sputtering resistance
- Familiarity with metal reactivity in plasma environments
- Basic principles of plasma physics
NEXT STEPS
- Research the properties of tungsten in RF plasma applications
- Explore the mechanisms of RF sputtering and its effects on different metals
- Investigate alternative materials for use in Argon plasma environments
- Learn about the design and implementation of metal probes in plasma systems
USEFUL FOR
Materials scientists, plasma physicists, engineers working with RF plasma systems, and anyone involved in the development of metal probes for plasma applications.