Acoustic process monitoring during the structuring of the diffusion media for fuel cells with Ultrashort Laser Pulses

Keyphrases

• Process Monitoring 100%
• Acoustics 100%
• Beam Source 100%
• Fuel Cell 100%
• Laser Beams 100%
• Ultrashort Laser Pulses 100%
• Diffusion Media 100%
• Sensor Technology 66%
• Picosecond 66%
• Ultrashort Pulses 66%
• Optical Microphone 66%
• Process Observation 66%
• Microphone 33%
• New Sensors 33%
• Frequency Spectrum 33%
• Fiber-based 33%
• Economic Efficiency 33%
• High Repetition Rate 33%
• Enlargement 33%
• Surface Defects 33%
• Acoustic Data 33%
• Megahertz 33%
• Data Processing Methods 33%
• Mation 33%
• Online Monitoring 33%
• Femtosecond 33%
• Kilohertz 33%
• Focus Position 33%
• Laser Materials Processing 33%
• Particle-based 33%
• Carbon Fiber 33%
• Proton Exchange Membrane Fuel Cell (PEMFC) 33%
• Technological Improvement 33%
• Substrate Layer 33%
• Material Transition 33%
• Measurement Principle 33%
• Membrane-free 33%
• Carbon Black Particles 33%
• Ablation Volume 33%
• Wide Frequency 33%
• Inline Process 33%
• Inhibited Formulations (INFOR) 33%
• Convener 33%
• Ultrashort Pulsed Laser Materials Processing 33%

Engineering

• Process Monitoring 100%
• Laser Beams 100%
• Fuel Cell 100%
• Picosecond 66%
• Laser Materials Processing 66%
• Observation Process 66%
• Processing Method 33%
• Frequency Spectrum 33%
• Proton-Exchange Membrane Fuel Cells 33%
• Black Carbon 33%
• Focus Position 33%
• Economic Efficiency 33%
• Pulse Repetition Rate 33%
• Pulsed Laser 33%
• Surface Defect 33%

Material Science

• Laser Material Processing 100%
• Laser Pulse 100%
• Ultrashort Pulse 100%
• Data Processing 50%
• Surface Defect 50%
• Carbon Fiber 50%
• Proton-Exchange Membrane Fuel Cells 50%