Characterization of the surface acoustic wave devices based on ZnO/nanocrystalline diamond structures

Chemical Compounds

• Acoustic surface wave devices 100%
• Diamond 84%
• Sputtering 33%
• Growth temperature 20%
• Diamond films 19%
• Silicon 15%
• Surface waves 14%
• Microfluidics 13%
• Insertion losses 13%
• Thermal effects 13%
• Surface roughness 10%
• Acoustics 10%
• Textures 10%
• Temperature 10%
• Acoustic waves 10%
• Heating 9%

Physics & Astronomy

• surface acoustic wave devices 82%
• diamonds 51%
• characterization 36%
• sputtering 20%
• signal transmission 15%
• acoustics 15%
• diamond films 14%
• coupling coefficients 13%
• lobes 13%
• insertion loss 13%
• temperature effects 11%
• textures 10%
• roughness 10%
• retarding 9%
• optimization 8%
• heating 8%
• temperature 7%
• room temperature 7%
• coefficients 7%
• silicon 6%
• performance 5%

Engineering & Materials Science

• Acoustic surface wave devices 100%
• Diamonds 64%
• Sputtering 33%
• Growth temperature 20%
• Diamond films 19%
• Surface waves 14%
• Microfluidics 13%
• Insertion losses 13%
• Thermal effects 13%
• Surface roughness 10%
• Acoustics 10%
• Textures 10%
• Temperature 10%
• Acoustic waves 10%
• Silicon 10%
• Heating 9%