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Description Polarization curves for the different test temperatures at the end of exposure. [Color figure can be viewed at wileyonlinelibrary.com]
Article Title: Properties of TSA in natural seawater at ambient and elevated temperature
Publication Title: Materials and Corrosion -
Description Pictures of cross section of CS with TSA coating after exposure for 280 days with typical positions for EDS analysis. Left: Segment at 50 °C, Right: Segment at 90 °C. [Color figure can be viewed at...
Article Title: Properties of TSA in natural seawater at ambient and elevated temperature
Publication Title: Materials and Corrosion -
Description Seawater composition
Article Title: Properties of TSA in natural seawater at ambient and elevated temperature
Publication Title: Materials and Corrosion -
Description Test temperatures for the test elements
Article Title: Properties of TSA in natural seawater at ambient and elevated temperature
Publication Title: Materials and Corrosion -
Description Current density on TSA exposed to seawater and polarized to −1050 mVAg/AgCl as a function of time at internal temperatures of 50, 70, and 90 °C. Negative: Cathodic current to the TSA coating....
Article Title: Properties of TSA in natural seawater at ambient and elevated temperature
Publication Title: Materials and Corrosion -
Description Schematic representation for the experimental setup for Test 2. Carbon steel pipes with TSA coating were internally heated up to max. 90 °C while natural seawater slowly owed around the heated...
Article Title: Properties of TSA in natural seawater at ambient and elevated temperature
Publication Title: Materials and Corrosion -
Description Properties of TSA in natural seawater at ambient and elevated temperatureWILSON ET AL. - Materials and CorrosionMaterials and Corrosion vol. 70, February 2019
Article Title: Properties of TSA in natural seawater at ambient and elevated temperature
Publication Title: Materials and Corrosion -
Description EDS analysis of TSA exposed for 280 days. Upper left: Exposed sample 20 °C, Upper right: Exposed sample 50 °C, Lower left: Exposed sample 90 °C, Lower right: Reference sample (before exposure)....
Article Title: Properties of TSA in natural seawater at ambient and elevated temperature
Publication Title: Materials and Corrosion -
Description Results from the linear polarization curves at the end of exposure for the two different tests
Article Title: Properties of TSA in natural seawater at ambient and elevated temperature
Publication Title: Materials and Corrosion -
Description Photo of blisters in TSA exposed to seawater for 60 days with 90 °C internal temperature. [Color figure can be viewed at wileyonlinelibrary.com]
Article Title: Properties of TSA in natural seawater at ambient and elevated temperature
Publication Title: Materials and Corrosion -
Description XRD examination of one TSA surface after exposure at 90 °C for 280 days. [Color figure can be viewed at wileyonlinelibrary.com]
Article Title: Properties of TSA in natural seawater at ambient and elevated temperature
Publication Title: Materials and Corrosion -
Description Coating thickness measured in SEM in Test 2 before and after exposure at different temperatures for samples polarized to −1050 mVAg/AgCl
Article Title: Properties of TSA in natural seawater at ambient and elevated temperature
Publication Title: Materials and Corrosion -
Description SEM photo with EDS locations of TSA connected to an anode and exposed to seawater for 60 days.. Upper: 50 °C internal temperature. Middle: 70 °C internal temperature. Lower: 90 °C internal temperature
Article Title: Properties of TSA in natural seawater at ambient and elevated temperature
Publication Title: Materials and Corrosion -
Description Current density requirement for TSA exposed to seawater and polarized to −1050 mV at different temperatures for 280 days. [Color figure can be viewed at wileyonlinelibrary.com]
Article Title: Properties of TSA in natural seawater at ambient and elevated temperature
Publication Title: Materials and Corrosion -
Description The development of corrosion rate for TSA in Test 1 at OCP in natural seawater for different internal temperatures estimated from polarization curves and LPR. [Color figure can be viewed at...
Article Title: Properties of TSA in natural seawater at ambient and elevated temperature
Publication Title: Materials and Corrosion -
Description Average values from EDS analysis of TSA at different internal temperatures exposed for 60 days
Article Title: Properties of TSA in natural seawater at ambient and elevated temperature
Publication Title: Materials and Corrosion -
Description TSA coating thickness measured in SEM after ended exposure. Upper: 20 °C, Middle: 50 °C, Lower: 90 °C
Article Title: Properties of TSA in natural seawater at ambient and elevated temperature
Publication Title: Materials and Corrosion -
Description OCP of TSA exposed to seawater as a function of time at internal temperatures 50, 70, and 90 °C. [Color figure can be viewed at wileyonlinelibrary.com]
Article Title: Properties of TSA in natural seawater at ambient and elevated temperature
Publication Title: Materials and Corrosion -
Description Polarization curves for TSA coating after 280 days of exposure for temperatures 20 °C, 50 °C and 90 °C. [Color figure can be viewed at wileyonlinelibrary.com]
Article Title: Properties of TSA in natural seawater at ambient and elevated temperature
Publication Title: Materials and Corrosion -
Description Schematic representation of experimental setup for Test 1. Carbon steel pipes with TSA coating were internally heated (max. 90 °C) while natural seawater slowly flowed around the heated pipes,...
Article Title: Properties of TSA in natural seawater at ambient and elevated temperature
Publication Title: Materials and Corrosion -
Description Average current density (mA/m2) measured at different exposure periods for the different internal temperatures
Article Title: Properties of TSA in natural seawater at ambient and elevated temperature
Publication Title: Materials and Corrosion