Plasma-kg

conductedBy

• INP Greifswald  Institute
• INPTDAT  Organization
• Leibniz Institute for Plasma Science and Technology (INP)  Institute
• Schäfer, Jan   Person

hasMedium

• Ar  Medium

hasOutput

• High-speed thermal microscopy of plasma microprinting at atmospheric pressure  Dataset

hasPlasmaSource

• Capacitively Coupled Plasma (CCP) Source  Plasma Source
• HelixJet  Plasma Source
• High Frequency (HF) Plasma Jet  Plasma Source

hasTarget

• Polyamide 12  Target

hasTopic

• Materials / Surfaces  Research Topic
• self-controlling mechanism  Research Topic

investigates

• material degradation 
• melting 
• plasma quenching 

involves

• Non-thermal atmospheric pressure plasma  Plasma
• Polyamide 12  Target

usesConfiguration

• F/2.5 3-5 µm; frame rate: 2 kHz (320×256 pixel); calibrated for temperatures from -10°C to 350°C; working distance: 6.1 mm from the axis of the HelixJet 
• Non-thermal atmospheric pressure plasma jet (capacitively coupled). Power: 50 W; Frequency: 27.12 MHz; Flow rate: 1000 sccm Ar; Electrodes: helical configuration with inclination angle 33°; Capillary: inner diameter 7 mm. 
• Power: 50 W; Frequency: 27.12 MHz; Flow rate: 1000 sccm Ar; Electrodes: helical configuration with inclination angle 33°; Capillary: inner diameter 7 mm 

usesDevice

• Flir SC6801  Diagnostic Device

usesMaterialEntity

• polyamide (PA 12) microparticles 

usesMethod

• High-Speed Imaging  Diagnostic Method
• High-speed thermal microscopy  Diagnostic Method
• Thermographic Imaging  Diagnostic Method
• plasma microprinting  Method
• thermal diagnostic  Diagnostic Method