The localised density of H₂O₂ in the effluent of a cold atmospheric pressure plasma jet determined by continuous-wave cavity ring-down spectroscopyThe data set comprises full cavity ring-down spectra and absorption coefficients obtained from on/off-resonance measurements, in order to determine the spatial distribution of H2O2 in the cold atmospheric pressure plasma jet kINPen-sci. Therefore, the plasma jet was operated with 3 slm Ar and 3000 ppm water, and was equipped with a gas curtain of 5 slm O2. To determine the effective absorption length, the H2O2 absorption was measured in radial direction. These radial fits had a Gaussian-like shape. By performing Abel inversion on the Gaussian fits, spatial distributions of H2O2 in x and y and in x and z direction were obtained.

]]>absorption coefficientskINPenspectraPlasma Chemical Processes00ed1e3d-dcc9-4d6a-b6b2-0f57850fc27f2023-07-05T15:04:24+02:002023-07-05T12:05:55+02:00enINPThe localised density of H₂O₂ in the effluent of a cold APPJ - Fig. 2aAbsorption spectrum obtained from cavity ring-down spectroscopy between 1233.04 cm-1 and 1233.41 cm-1, while the plasma jet was operated with humdid Ar gas (2.7 slm dry Ar mixed with 300 sccm dry Ar guided through a bubbler held at room temperature). Plasma off - see Fig 2 in the publication.

]]>2023-07-04T20:48:47+02:002023-07-05T12:01:27+02:00text/csvcsv111983https://inptdat.de/dataset/localised-density-h%E2%82%82o%E2%82%82-effluent-cold-atmospheric-pressure-plasma-jet-determined-continuous-0The localised density of H₂O₂ in the effluent of a cold APPJ - Fig. 2bAbsorption spectrum obtained from cavity ring-down spectroscopy between 1233.04 cm-1 and 1233.41 cm-1, while the plasma jet was operated with humdid Ar gas (2.7 slm dry Ar mixed with 300 sccm dry Ar guided through a bubbler held at room temperature). Plasma on - see Fig 2 in the publication.

]]>2023-07-04T20:49:20+02:002023-07-05T12:01:27+02:00text/csvcsv172925https://inptdat.de/dataset/localised-density-h%E2%82%82o%E2%82%82-effluent-cold-atmospheric-pressure-plasma-jet-determined-continuous-1The localised density of H₂O₂ in the effluent of a cold APPJ - Fig. 3Absorption cross sections for H2O2, H2O, CH4, N2O, and HNO3 at 1013 hPa, calculated according to equation 5 in the publication from line positions, line strengths and pressure broadening coefficients taken from the HITRAN database (Gordon et al. (2022)), and absorption cross sections for HONO, and N2O2 as reported in references (Barney et al. (2000, 2001)), and (Newnham et al. (1993)), respectively - see Fig 3 in the publication.

]]>2023-07-04T20:49:49+02:002023-07-05T12:01:27+02:00text/csvcsv409202https://inptdat.de/dataset/localised-density-h%E2%82%82o%E2%82%82-effluent-cold-atmospheric-pressure-plasma-jet-determined-continuous-2The localised density of H₂O₂ in the effluent of a cold APPJ - Fig. 4a_expAbsorption spectra at various z-positions (…_exp) together with a fit (…_fit) of the baseline and the contribution of the absorption of H2O2. Set_Figure4a_exp, Set_Figure4a_fit: z = 3 mm; Set_Figure4b_exp, Set_Figure4b_fit: z = 4 mm; Set_Figure4c_exp, Set_Figure4c_fit: z = 5 mm; Set_Figure4d_exp, Set_Figure4d_fit: z = 6 mm; Set_Figure4e_exp, Set_Figure4e_fit: z = 8 mm; Set_Figure4f_exp, Set_Figure4f_fit: z = 10 mm - see Fig 4 in the publication.

]]>2023-07-04T20:50:28+02:002023-07-05T12:01:27+02:00text/csvcsv2177https://inptdat.de/dataset/localised-density-h%E2%82%82o%E2%82%82-effluent-cold-atmospheric-pressure-plasma-jet-determined-continuous-3The localised density of H₂O₂ in the effluent of a cold APPJ - Fig. 4a_fitAbsorption spectra at various z-positions (…_exp) together with a fit (…_fit) of the baseline and the contribution of the absorption of H2O2. Set_Figure4a_exp, Set_Figure4a_fit: z = 3 mm; Set_Figure4b_exp, Set_Figure4b_fit: z = 4 mm; Set_Figure4c_exp, Set_Figure4c_fit: z = 5 mm; Set_Figure4d_exp, Set_Figure4d_fit: z = 6 mm; Set_Figure4e_exp, Set_Figure4e_fit: z = 8 mm; Set_Figure4f_exp, Set_Figure4f_fit: z = 10 mm - see Fig 4 in the publication.

]]>2023-07-04T20:51:08+02:002023-07-05T12:01:27+02:00text/csvcsv5436https://inptdat.de/dataset/localised-density-h%E2%82%82o%E2%82%82-effluent-cold-atmospheric-pressure-plasma-jet-determined-continuous-4The localised density of H₂O₂ in the effluent of a cold APPJ - Fig. 4b_expAbsorption spectra at various z-positions (…_exp) together with a fit (…_fit) of the baseline and the contribution of the absorption of H2O2. Set_Figure4a_exp, Set_Figure4a_fit: z = 3 mm; Set_Figure4b_exp, Set_Figure4b_fit: z = 4 mm; Set_Figure4c_exp, Set_Figure4c_fit: z = 5 mm; Set_Figure4d_exp, Set_Figure4d_fit: z = 6 mm; Set_Figure4e_exp, Set_Figure4e_fit: z = 8 mm; Set_Figure4f_exp, Set_Figure4f_fit: z = 10 mm - see Fig 4 in the publication.

]]>2023-07-04T20:51:49+02:002023-07-05T12:01:27+02:00text/csvcsv2007https://inptdat.de/dataset/localised-density-h%E2%82%82o%E2%82%82-effluent-cold-atmospheric-pressure-plasma-jet-determined-continuous-5The localised density of H₂O₂ in the effluent of a cold APPJ - Fig. 4b_fitAbsorption spectra at various z-positions (…_exp) together with a fit (…_fit) of the baseline and the contribution of the absorption of H2O2. Set_Figure4a_exp, Set_Figure4a_fit: z = 3 mm; Set_Figure4b_exp, Set_Figure4b_fit: z = 4 mm; Set_Figure4c_exp, Set_Figure4c_fit: z = 5 mm; Set_Figure4d_exp, Set_Figure4d_fit: z = 6 mm; Set_Figure4e_exp, Set_Figure4e_fit: z = 8 mm; Set_Figure4f_exp, Set_Figure4f_fit: z = 10 mm - see Fig 4 in the publication.

]]>2023-07-04T20:52:13+02:002023-07-05T12:01:27+02:00text/csvcsv4905https://inptdat.de/dataset/localised-density-h%E2%82%82o%E2%82%82-effluent-cold-atmospheric-pressure-plasma-jet-determined-continuous-6The localised density of H₂O₂ in the effluent of a cold APPJ - Fig. 4c_expAbsorption spectra at various z-positions (…_exp) together with a fit (…_fit) of the baseline and the contribution of the absorption of H2O2. Set_Figure4a_exp, Set_Figure4a_fit: z = 3 mm; Set_Figure4b_exp, Set_Figure4b_fit: z = 4 mm; Set_Figure4c_exp, Set_Figure4c_fit: z = 5 mm; Set_Figure4d_exp, Set_Figure4d_fit: z = 6 mm; Set_Figure4e_exp, Set_Figure4e_fit: z = 8 mm; Set_Figure4f_exp, Set_Figure4f_fit: z = 10 mm - see Fig 4 in the publication.

]]>2023-07-04T20:52:49+02:002023-07-05T12:01:27+02:00text/csvcsv1895https://inptdat.de/dataset/localised-density-h%E2%82%82o%E2%82%82-effluent-cold-atmospheric-pressure-plasma-jet-determined-continuous-7The localised density of H₂O₂ in the effluent of a cold APPJ - Fig. 4c_fitAbsorption spectra at various z-positions (…_exp) together with a fit (…_fit) of the baseline and the contribution of the absorption of H2O2. Set_Figure4a_exp, Set_Figure4a_fit: z = 3 mm; Set_Figure4b_exp, Set_Figure4b_fit: z = 4 mm; Set_Figure4c_exp, Set_Figure4c_fit: z = 5 mm; Set_Figure4d_exp, Set_Figure4d_fit: z = 6 mm; Set_Figure4e_exp, Set_Figure4e_fit: z = 8 mm; Set_Figure4f_exp, Set_Figure4f_fit: z = 10 mm - see Fig 4 in the publication.

]]>2023-07-04T20:53:38+02:002023-07-05T12:01:27+02:00text/csvcsv4627https://inptdat.de/dataset/localised-density-h%E2%82%82o%E2%82%82-effluent-cold-atmospheric-pressure-plasma-jet-determined-continuous-8The localised density of H₂O₂ in the effluent of a cold APPJ - Fig. 4d_expAbsorption spectra at various z-positions (…_exp) together with a fit (…_fit) of the baseline and the contribution of the absorption of H2O2. Set_Figure4a_exp, Set_Figure4a_fit: z = 3 mm; Set_Figure4b_exp, Set_Figure4b_fit: z = 4 mm; Set_Figure4c_exp, Set_Figure4c_fit: z = 5 mm; Set_Figure4d_exp, Set_Figure4d_fit: z = 6 mm; Set_Figure4e_exp, Set_Figure4e_fit: z = 8 mm; Set_Figure4f_exp, Set_Figure4f_fit: z = 10 mm - see Fig 4 in the publication.

]]>2023-07-04T20:54:06+02:002023-07-05T12:01:27+02:00text/csvcsv1287https://inptdat.de/dataset/localised-density-h%E2%82%82o%E2%82%82-effluent-cold-atmospheric-pressure-plasma-jet-determined-continuous-9The localised density of H₂O₂ in the effluent of a cold APPJ - Fig. 4d_fitAbsorption spectra at various z-positions (…_exp) together with a fit (…_fit) of the baseline and the contribution of the absorption of H2O2. Set_Figure4a_exp, Set_Figure4a_fit: z = 3 mm; Set_Figure4b_exp, Set_Figure4b_fit: z = 4 mm; Set_Figure4c_exp, Set_Figure4c_fit: z = 5 mm; Set_Figure4d_exp, Set_Figure4d_fit: z = 6 mm; Set_Figure4e_exp, Set_Figure4e_fit: z = 8 mm; Set_Figure4f_exp, Set_Figure4f_fit: z = 10 mm - see Fig 4 in the publication.

]]>2023-07-04T20:54:49+02:002023-07-05T12:01:27+02:00text/csvcsv2647https://inptdat.de/dataset/localised-density-h%E2%82%82o%E2%82%82-effluent-cold-atmospheric-pressure-plasma-jet-determined-10The localised density of H₂O₂ in the effluent of a cold APPJ - Fig. 4e_expAbsorption spectra at various z-positions (…_exp) together with a fit (…_fit) of the baseline and the contribution of the absorption of H2O2. Set_Figure4a_exp, Set_Figure4a_fit: z = 3 mm; Set_Figure4b_exp, Set_Figure4b_fit: z = 4 mm; Set_Figure4c_exp, Set_Figure4c_fit: z = 5 mm; Set_Figure4d_exp, Set_Figure4d_fit: z = 6 mm; Set_Figure4e_exp, Set_Figure4e_fit: z = 8 mm; Set_Figure4f_exp, Set_Figure4f_fit: z = 10 mm - see Fig 4 in the publication.

]]>2023-07-04T20:55:16+02:002023-07-05T12:01:27+02:00text/csvcsv1229https://inptdat.de/dataset/localised-density-h%E2%82%82o%E2%82%82-effluent-cold-atmospheric-pressure-plasma-jet-determined-11The localised density of H₂O₂ in the effluent of a cold APPJ - Fig. 4e_fitAbsorption spectra at various z-positions (…_exp) together with a fit (…_fit) of the baseline and the contribution of the absorption of H2O2. Set_Figure4a_exp, Set_Figure4a_fit: z = 3 mm; Set_Figure4b_exp, Set_Figure4b_fit: z = 4 mm; Set_Figure4c_exp, Set_Figure4c_fit: z = 5 mm; Set_Figure4d_exp, Set_Figure4d_fit: z = 6 mm; Set_Figure4e_exp, Set_Figure4e_fit: z = 8 mm; Set_Figure4f_exp, Set_Figure4f_fit: z = 10 mm - see Fig 4 in the publication.

]]>2023-07-04T20:55:42+02:002023-07-05T12:01:27+02:00text/csvcsv2454https://inptdat.de/dataset/localised-density-h%E2%82%82o%E2%82%82-effluent-cold-atmospheric-pressure-plasma-jet-determined-12The localised density of H₂O₂ in the effluent of a cold APPJ - Fig. 4f_expAbsorption spectra at various z-positions (…_exp) together with a fit (…_fit) of the baseline and the contribution of the absorption of H2O2. Set_Figure4a_exp, Set_Figure4a_fit: z = 3 mm; Set_Figure4b_exp, Set_Figure4b_fit: z = 4 mm; Set_Figure4c_exp, Set_Figure4c_fit: z = 5 mm; Set_Figure4d_exp, Set_Figure4d_fit: z = 6 mm; Set_Figure4e_exp, Set_Figure4e_fit: z = 8 mm; Set_Figure4f_exp, Set_Figure4f_fit: z = 10 mm - see Fig 4 in the publication.

]]>2023-07-04T20:56:08+02:002023-07-05T12:01:27+02:00text/csvcsv1562https://inptdat.de/dataset/localised-density-h%E2%82%82o%E2%82%82-effluent-cold-atmospheric-pressure-plasma-jet-determined-13The localised density of H₂O₂ in the effluent of a cold APPJ - Fig. 4f_fitAbsorption spectra at various z-positions (…_exp) together with a fit (…_fit) of the baseline and the contribution of the absorption of H2O2. Set_Figure4a_exp, Set_Figure4a_fit: z = 3 mm; Set_Figure4b_exp, Set_Figure4b_fit: z = 4 mm; Set_Figure4c_exp, Set_Figure4c_fit: z = 5 mm; Set_Figure4d_exp, Set_Figure4d_fit: z = 6 mm; Set_Figure4e_exp, Set_Figure4e_fit: z = 8 mm; Set_Figure4f_exp, Set_Figure4f_fit: z = 10 mm - see Fig 4 in the publication.

]]>2023-07-04T20:56:44+02:002023-07-05T12:01:27+02:00text/csvcsv3816https://inptdat.de/dataset/localised-density-h%E2%82%82o%E2%82%82-effluent-cold-atmospheric-pressure-plasma-jet-determined-14The localised density of H₂O₂ in the effluent of a cold APPJ - Fig. 5_1Frequency dependent absorption cross section for H2O2 at 300 K and 1013 hPa with a pressure broadening coefficient of H2O2 = 0.06 cm^-1atm^-1 as calculated according to equation 5 in the publication - see Fig 5 in the publication.

]]>2023-07-04T20:57:14+02:002023-07-05T12:01:27+02:00text/csvcsv43601https://inptdat.de/dataset/localised-density-h%E2%82%82o%E2%82%82-effluent-cold-atmospheric-pressure-plasma-jet-determined-15The localised density of H₂O₂ in the effluent of a cold APPJ - Fig. 5_2Line strengths of the H2O2 transitions taken from the HITRAN database (Gordon et al. (2022); Klee et al. (1999); Perrin et al. (1995, 1996)) - see Fig 5 in the publication.

]]>2023-07-04T20:57:43+02:002023-07-05T12:01:27+02:00text/csvcsv4430https://inptdat.de/dataset/localised-density-h%E2%82%82o%E2%82%82-effluent-cold-atmospheric-pressure-plasma-jet-determined-16The localised density of H₂O₂ in the effluent of a cold APPJ - Fig. 6Pressure broadening coefficients for the observed H2O2 transition obtained from a fit of absorption spectra as a function of the distance from the nozzle z - see Fig 6 in the publication.

]]>2023-07-04T20:58:13+02:002023-07-05T12:01:27+02:00text/csvcsv142https://inptdat.de/dataset/localised-density-h%E2%82%82o%E2%82%82-effluent-cold-atmospheric-pressure-plasma-jet-determined-17The localised density of H₂O₂ in the effluent of a cold APPJ - Fig. 7Density of H2O2 as a function of the distance to the nozzle z obtained from the fit of a full spectrum by assuming an absorption length of 4 mm, together with the value of the baseline at 1230.066 cm^-1 - see Fig 7 in the publication.

]]>2023-07-04T20:58:35+02:002023-07-05T12:01:27+02:00text/csvcsv321https://inptdat.de/dataset/localised-density-h%E2%82%82o%E2%82%82-effluent-cold-atmospheric-pressure-plasma-jet-determined-18The localised density of H₂O₂ in the effluent of a cold APPJ - Fig. 8a_expΔ(α) as a function of x at various z-positions (…_exp) together with Gaussian fits (..._fit). Set_Figure8a_exp, Set_Figure8a_fit: z = 3 mm; Set_Figure8b_exp, Set_Figure8b_fit: z = 4 mm; Set_Figure8c_exp, Set_Figure8c_fit: z = 6 mm; Set_Figure8d_exp, Set_Figure8d_fit: z = 8 mm; Set_Figure8e_exp, Set_Figure8e_fit: z = 10 mm - see Fig 8 in the publication.

]]>2023-07-04T21:00:51+02:002023-07-05T12:01:24+02:00text/csvcsv1247https://inptdat.de/dataset/localised-density-h%E2%82%82o%E2%82%82-effluent-cold-atmospheric-pressure-plasma-jet-determined-19The localised density of H₂O₂ in the effluent of a cold APPJ - Fig. 8a_fitΔ(α) as a function of x at various z-positions (…_exp) together with Gaussian fits (..._fit). Set_Figure8a_exp, Set_Figure8a_fit: z = 3 mm; Set_Figure8b_exp, Set_Figure8b_fit: z = 4 mm; Set_Figure8c_exp, Set_Figure8c_fit: z = 6 mm; Set_Figure8d_exp, Set_Figure8d_fit: z = 8 mm; Set_Figure8e_exp, Set_Figure8e_fit: z = 10 mm - see Fig 8 in the publication.

]]>2023-07-04T21:01:19+02:002023-07-05T12:01:24+02:00text/csvcsv38187https://inptdat.de/dataset/localised-density-h%E2%82%82o%E2%82%82-effluent-cold-atmospheric-pressure-plasma-jet-determined-20The localised density of H₂O₂ in the effluent of a cold APPJ - Fig. 8b_expΔ(α) as a function of x at various z-positions (…_exp) together with Gaussian fits (..._fit). Set_Figure8a_exp, Set_Figure8a_fit: z = 3 mm; Set_Figure8b_exp, Set_Figure8b_fit: z = 4 mm; Set_Figure8c_exp, Set_Figure8c_fit: z = 6 mm; Set_Figure8d_exp, Set_Figure8d_fit: z = 8 mm; Set_Figure8e_exp, Set_Figure8e_fit: z = 10 mm - see Fig 8 in the publication.

]]>2023-07-04T21:01:44+02:002023-07-05T12:01:24+02:00text/csvcsv827https://inptdat.de/dataset/localised-density-h%E2%82%82o%E2%82%82-effluent-cold-atmospheric-pressure-plasma-jet-determined-21The localised density of H₂O₂ in the effluent of a cold APPJ - Fig. 8b_fitΔ(α) as a function of x at various z-positions (…_exp) together with Gaussian fits (..._fit). Set_Figure8a_exp, Set_Figure8a_fit: z = 3 mm; Set_Figure8b_exp, Set_Figure8b_fit: z = 4 mm; Set_Figure8c_exp, Set_Figure8c_fit: z = 6 mm; Set_Figure8d_exp, Set_Figure8d_fit: z = 8 mm; Set_Figure8e_exp, Set_Figure8e_fit: z = 10 mm - see Fig 8 in the publication.

]]>2023-07-04T21:02:19+02:002023-07-05T12:01:24+02:00text/csvcsv38495https://inptdat.de/dataset/localised-density-h%E2%82%82o%E2%82%82-effluent-cold-atmospheric-pressure-plasma-jet-determined-22The localised density of H₂O₂ in the effluent of a cold APPJ - Fig. 8c_expΔ(α) as a function of x at various z-positions (…_exp) together with Gaussian fits (..._fit). Set_Figure8a_exp, Set_Figure8a_fit: z = 3 mm; Set_Figure8b_exp, Set_Figure8b_fit: z = 4 mm; Set_Figure8c_exp, Set_Figure8c_fit: z = 6 mm; Set_Figure8d_exp, Set_Figure8d_fit: z = 8 mm; Set_Figure8e_exp, Set_Figure8e_fit: z = 10 mm - see Fig 8 in the publication.

]]>2023-07-04T21:02:45+02:002023-07-05T12:01:24+02:00text/csvcsv1229https://inptdat.de/dataset/localised-density-h%E2%82%82o%E2%82%82-effluent-cold-atmospheric-pressure-plasma-jet-determined-23The localised density of H₂O₂ in the effluent of a cold APPJ - Fig. 8c_fitΔ(α) as a function of x at various z-positions (…_exp) together with Gaussian fits (..._fit). Set_Figure8a_exp, Set_Figure8a_fit: z = 3 mm; Set_Figure8b_exp, Set_Figure8b_fit: z = 4 mm; Set_Figure8c_exp, Set_Figure8c_fit: z = 6 mm; Set_Figure8d_exp, Set_Figure8d_fit: z = 8 mm; Set_Figure8e_exp, Set_Figure8e_fit: z = 10 mm - see Fig 8 in the publication.

]]>2023-07-04T21:03:16+02:002023-07-05T12:01:24+02:00text/csvcsv38725https://inptdat.de/dataset/localised-density-h%E2%82%82o%E2%82%82-effluent-cold-atmospheric-pressure-plasma-jet-determined-24The localised density of H₂O₂ in the effluent of a cold APPJ - Fig. 8d_expΔ(α) as a function of x at various z-positions (…_exp) together with Gaussian fits (..._fit). Set_Figure8a_exp, Set_Figure8a_fit: z = 3 mm; Set_Figure8b_exp, Set_Figure8b_fit: z = 4 mm; Set_Figure8c_exp, Set_Figure8c_fit: z = 6 mm; Set_Figure8d_exp, Set_Figure8d_fit: z = 8 mm; Set_Figure8e_exp, Set_Figure8e_fit: z = 10 mm - see Fig 8 in the publication.

]]>2023-07-04T21:03:40+02:002023-07-05T12:01:24+02:00text/csvcsv1150https://inptdat.de/dataset/localised-density-h%E2%82%82o%E2%82%82-effluent-cold-atmospheric-pressure-plasma-jet-determined-25The localised density of H₂O₂ in the effluent of a cold APPJ - Fig. 8d_fitΔ(α) as a function of x at various z-positions (…_exp) together with Gaussian fits (..._fit). Set_Figure8a_exp, Set_Figure8a_fit: z = 3 mm; Set_Figure8b_exp, Set_Figure8b_fit: z = 4 mm; Set_Figure8c_exp, Set_Figure8c_fit: z = 6 mm; Set_Figure8d_exp, Set_Figure8d_fit: z = 8 mm; Set_Figure8e_exp, Set_Figure8e_fit: z = 10 mm - see Fig 8 in the publication.

]]>2023-07-04T21:04:09+02:002023-07-05T12:01:24+02:00text/csvcsv38937https://inptdat.de/dataset/localised-density-h%E2%82%82o%E2%82%82-effluent-cold-atmospheric-pressure-plasma-jet-determined-26The localised density of H₂O₂ in the effluent of a cold APPJ - Fig. 8e_expΔ(α) as a function of x at various z-positions (…_exp) together with Gaussian fits (..._fit). Set_Figure8a_exp, Set_Figure8a_fit: z = 3 mm; Set_Figure8b_exp, Set_Figure8b_fit: z = 4 mm; Set_Figure8c_exp, Set_Figure8c_fit: z = 6 mm; Set_Figure8d_exp, Set_Figure8d_fit: z = 8 mm; Set_Figure8e_exp, Set_Figure8e_fit: z = 10 mm - see Fig 8 in the publication.

]]>2023-07-04T21:04:31+02:002023-07-05T12:01:24+02:00text/csvcsv1297https://inptdat.de/dataset/localised-density-h%E2%82%82o%E2%82%82-effluent-cold-atmospheric-pressure-plasma-jet-determined-27The localised density of H₂O₂ in the effluent of a cold APPJ - Fig. 8e_fitΔ(α) as a function of x at various z-positions (…_exp) together with Gaussian fits (..._fit). Set_Figure8a_exp, Set_Figure8a_fit: z = 3 mm; Set_Figure8b_exp, Set_Figure8b_fit: z = 4 mm; Set_Figure8c_exp, Set_Figure8c_fit: z = 6 mm; Set_Figure8d_exp, Set_Figure8d_fit: z = 8 mm; Set_Figure8e_exp, Set_Figure8e_fit: z = 10 mm - see Fig 8 in the publication.

]]>2023-07-04T21:04:55+02:002023-07-05T12:01:24+02:00text/csvcsv38793https://inptdat.de/dataset/localised-density-h%E2%82%82o%E2%82%82-effluent-cold-atmospheric-pressure-plasma-jet-determined-28The localised density of H₂O₂ in the effluent of a cold APPJ - Fig. 9Centre position of the Gaussian fit of the radial scans as a function of the distance from the nozzle z - see Fig 9 in the publication.

]]>2023-07-04T21:05:21+02:002023-07-05T12:01:24+02:00text/csvcsv231https://inptdat.de/dataset/localised-density-h%E2%82%82o%E2%82%82-effluent-cold-atmospheric-pressure-plasma-jet-determined-29The localised density of H₂O₂ in the effluent of a cold APPJ - Fig. 10Lengths d, over which the species O, H, HO2, and H2O2 were distributed as function of the distance to the nozzle z. The values for dO, dH, dHO2, and dH2O2 were obtained from the width of the Gaussian fit of the radial scans through the effluent of the plasma jet for H2O2, and for HO2 (Klose et al. (2020b)), and from the measured spatial distributions for H and O atoms (Klose et al. (2020a)) - see Fig 10 in the publication.

]]>2023-07-04T21:05:41+02:002023-07-05T12:01:24+02:00text/csvcsv568https://inptdat.de/dataset/localised-density-h%E2%82%82o%E2%82%82-effluent-cold-atmospheric-pressure-plasma-jet-determined-30The localised density of H₂O₂ in the effluent of a cold APPJ - Fig. 11_1Line-of-sight integrated density of H2O2 at x = 0 mm as a function of z, obtained by the on/off-resonance method - see Fig 11 in the publication.

]]>2023-07-04T21:06:06+02:002023-07-05T12:01:24+02:00text/csvcsv1386https://inptdat.de/dataset/localised-density-h%E2%82%82o%E2%82%82-effluent-cold-atmospheric-pressure-plasma-jet-determined-31The localised density of H₂O₂ in the effluent of a cold APPJ - Fig. 11_2Line-of-sight integrated density of H2O2 at x = 0 mm as a function of z, obtained from a fit of full spectra considering an effective absorption length dH2O2(z) as shown in equation 12 in the publication - see Fig 11 in the publication.

]]>2023-07-04T21:06:30+02:002023-07-05T12:01:24+02:00text/csvcsv277https://inptdat.de/dataset/localised-density-h%E2%82%82o%E2%82%82-effluent-cold-atmospheric-pressure-plasma-jet-determined-32The localised density of H₂O₂ in the effluent of a cold APPJ - Fig. 12Density of H2O2 as a function of x for y = 0 mm at various z-positions, obtained by an Abel inversion of the radial scans depicted in Fig 8 in the publication - see Fig 12 in the publication.

]]>2023-07-04T21:06:53+02:002023-07-05T12:01:24+02:00text/csvcsv16967https://inptdat.de/dataset/localised-density-h%E2%82%82o%E2%82%82-effluent-cold-atmospheric-pressure-plasma-jet-determined-33The localised density of H₂O₂ in the effluent of a cold APPJ - Fig. 13_expΔ(α)(x = 0; z) as a function of z at x = 0, obtained by the on/off-resonance method (Set_Figure13_exp), together with a polynomial approximation for Δ(α) (x = 0; z) (Set_Figure13_fit) - see Fig 13 in the publication.

]]>2023-07-04T21:07:19+02:002023-07-05T12:01:24+02:00text/csvcsv1577https://inptdat.de/dataset/localised-density-h%E2%82%82o%E2%82%82-effluent-cold-atmospheric-pressure-plasma-jet-determined-34The localised density of H₂O₂ in the effluent of a cold APPJ - Fig. 13_fitΔ(α)(x = 0; z) as a function of z at x = 0, obtained by the on/off-resonance method (Set_Figure13_exp), together with a polynomial approximation for Δ(α) (x = 0; z) (Set_Figure13_fit) - see Fig 13 in the publication.

]]>2023-07-04T21:07:42+02:002023-07-05T12:01:24+02:00text/csvcsv37836https://inptdat.de/dataset/localised-density-h%E2%82%82o%E2%82%82-effluent-cold-atmospheric-pressure-plasma-jet-determined-35The localised density of H₂O₂ in the effluent of a cold APPJ - Fig. 14aLocalised densities of H2O2 illustrated as a contour plot in a plane cut along the symmetry axis through the centre of the nozzle. Columns: x=-5 mm to x=5 mm in steps of 0.05 mm, rows: z= 0 mm to z = 10 mm in steps of 0.05 mm - see Fig 14 in the publication.

]]>2023-07-04T21:08:08+02:002023-07-05T12:01:24+02:00text/csvcsv560846https://inptdat.de/dataset/localised-density-h%E2%82%82o%E2%82%82-effluent-cold-atmospheric-pressure-plasma-jet-determined-36The localised density of H₂O₂ in the effluent of a cold APPJ - Fig. 14bLocalised densities of H2O2 illustrated as lateral profiles at different z-positions - see Fig 14 in the publication.

]]>2023-07-04T21:08:36+02:002023-07-05T12:01:24+02:00text/csvcsv18780https://inptdat.de/dataset/localised-density-h%E2%82%82o%E2%82%82-effluent-cold-atmospheric-pressure-plasma-jet-determined-37DKANhttps://inptdat.de