Plasma-kg

addresses

• The origin of species in non-thermal plasma in contact with water 

conductedBy

• Chechik, Victor  Person
• Gorbanev, Yury  Person
• O'Connell, Deborah  Person

hasMedium

• H2O  Medium
• He  Medium
• dry helium  Medium
• feed gas of helium  Medium
• oxygen  Medium
• water admixtures  Medium
• water-saturated helium  Medium

hasOutput

• Non-thermal plasma in contact with water: The origin of species  Dataset

hasPlasmaSource

• kHz plasma jet  Plasma Source

hasTarget

• 100 mM solution of a spin trap  Target
• 60 mM aqueous solutions of TEMP  Target
• D2O  Target
• DEPMPO  Target
• DMPO  Target
• De-ionised water  Target
• H2O  Medium
• H2O2  Target
• H2SO4  Target
• H2¹⁷O  Target
• H2¹⁸O  Target
• NaN3  Target
• PBN  Target
• TEMP  Target
• TEMPO  Target
• cinnamoyl chloride  Target
• liquid sample  Target
• potassium bis(oxalato)oxotitanate(IV) dihydrate  Target
• sodium tosylate  Target

hasTopic

• EPR spectroscopy  Research Topic
• isotopic labelling  Research Topic
• plasma chemistry  Research Topic
• radicals  Research Topic
• reactive oxygen species  Research Topic

investigates

• plasma ignition 

involves

• De-ionised water  Target
• Faraday cage 
• H2O  Medium
• H2O2  Target
• Non-Thermal Plasma  Plasma
• PBN  Target
• core plasma  Plasma
• potassium bis(oxalato)oxotitanate(IV) dihydrate  Target
• sodium tosylate  Target

usesConfiguration

• Configuration for Bruker EMX Micro EPR spectrometer: Frequency: 9.83 GHz; Power: 3.17 mW; Modulation frequency: 100 kHz; Modulation amplitude: 1 G; Time constant: 40.96 msec; Number of scans: 5; Sweep width: 100 G (for DMPO and PBN adducts, TEMPO) or 170 G (for DEPMPO adducts) 
• Configuration for kHz plasma jet: Voltage: 18.3 ± 0.2 kV (peak-to-peak); Frequency: 24.9 kHz; Return current: 4 - 7 mA; Distance between electrodes: 20 mm; Distance from nozzle to sample: 10 mm; Reactor flush time: 20 s; Plasma exposure time: 60 s; Total feed gas flow: 2 L/min 

usesDevice

• 0254 microcomputer controller, Brooks Instruments  Device
• CM-100-L, Ion Physics Corporation  Diagnostic Device
• Drechsel flask  Device
• EMX Micro, Bruker  Diagnostic Device
• HR-4000CG-UV-NIR, Ocean Optics  Diagnostic Device
• Mass flow controllers, Brooks Instruments  Diagnostic Device
• PVM500 Plasma Resonant and Dielectric Barrier Corona Driver, Information Unlimited  Device
• Tektronix P6015A  Diagnostic Device
• UV-1800, Shimadzu  Diagnostic Device
• WaveJet 354A, Teledyne LeCroy  Diagnostic Device

usesMaterialEntity

• 100 mM solution of a spin trap  Target
• DEPMPO  Target
• DMPO  Target
• De-ionised water  Target
• H2¹⁷O  Target
• H2¹⁸O  Target
• NaN3  Target
• TEMPO  Target
• cinnamoyl chloride  Target
• feed gas of helium  Medium
• liquid sample  Target
• potassium bis(oxalato)oxotitanate(IV) dihydrate  Target
• sodium tosylate  Target
• water admixtures  Medium

usesMethod

• EPR spectra simulations  Method
• EPR spectroscopy  Diagnostic Method
• OES  Diagnostic Method
• UV-Vis calibration  Diagnostic Method
• UV-Vis measurements  Diagnostic Method
• bubbling dry helium through a water-filled Drechsel flask  Method
• isotopic labelling  Diagnostic Method
• spin-trapping  Diagnostic Method