Flat liquid jet as a highly efficient source of terahertz radiation

Keyphrases

• High Efficiency 100%
• Terahertz Radiation 100%
• Liquid Jet 100%
• Terahertz 66%
• Optical Excitation 66%
• Pulsed Power 33%
• Pulse Duration 33%
• Energy Absorption 33%
• Ionization Process 33%
• Terahertz Range 33%
• Sub-picosecond 33%
• Filamentation 33%
• Pump Pulse 33%
• Molecular Density 33%
• Medium Parameters 33%
• Two-color 33%
• Electromagnetic Waves 33%
• Efficient Generation 33%
• New Alternatives 33%
• Damage Threshold 33%
• Terahertz Source 33%
• Terahertz Emission 33%
• Liquid Medium 33%
• Energy Conversion Efficiency 33%
• Solid-state Source 33%
• Excitation Pulses 33%
• Linear Absorption 33%
• Strong Absorber 33%
• Polar Fluids 33%
• Ionization Energy 33%
• Optical Rectification 33%
• Single Colour 33%
• Flowing Liquid 33%
• Electro-optical Crystal 33%
• Terahertz Radiation Generation 33%

Physics

• Photoexcitation 100%
• Yield Point 50%
• Electromagnetic Radiation 50%
• Ionization Potential 50%
• Rectification 50%