Figure6and7_data_time=7.4 ns
EP2
- Propagation of nanosecond plasmas in liquids—Streamer velocities and streamer lengths
Datasets
1042 results
Figure6and7_data_time=22.2 ns
EP2
- Propagation of nanosecond plasmas in liquids—Streamer velocities and streamer lengths
Figure8_velocity_experiment
EP2
- Propagation of nanosecond plasmas in liquids—Streamer velocities and streamer lengths
Figure8_velocity_modelin_ 3.7GVm
EP2
- Propagation of nanosecond plasmas in liquids—Streamer velocities and streamer lengths
Figure8_velocity_modelin_4.9GVm
EP2
- Propagation of nanosecond plasmas in liquids—Streamer velocities and streamer lengths
Figure8_velocity_modelin_5.7GVm
EP2
- Propagation of nanosecond plasmas in liquids—Streamer velocities and streamer lengths
Nanosecond resolved ro-vibrational CO2 excitation measurement
EP5
We report first ns-resolved absorption measurements of the ro-vibrational excitation of CO2. The high temporal resolution of 8 ns is made possible by a fast detector (rise-time 5 ns), sensitive in the mid-infrared region. The resolution is...
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Fig 8. Sim. power density, total diss. rate of N2, electron density and helium metastable density (here also Exp.) for both varied single and multi frequency
AEPT
- The effects of the driving frequencies on micro atmospheric pressure He/N2 plasma jets driven by tailored voltage waveforms
Fig 7. Sim. normalised EEPF for both varied single and multi frequencies
AEPT
- The effects of the driving frequencies on micro atmospheric pressure He/N2 plasma jets driven by tailored voltage waveforms
The effects of the driving frequencies on micro atmospheric pressure He/N2 plasma jets driven by tailored voltage waveforms
AEPT
Capacitively coupled micro atmospheric pressure plasma jets (µAPPJs) are important tools for the generation of radicals at room temperature for various applications. Voltage Waveform Tailoring (VWT), which is based on the simultaneous use of a set...
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