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The use of oxidizing slag from electric-arc furnaces as an aggregate is a sustainable option in the manufacture of concrete, the performance of which is similar to an ordinary aggregate concrete.
The free CaO contents of electric furnace oxidizing slag (EOS) samples were found to be below 0.5%.
TiO2 thin coatings were prepared, on various substrates, through evaporation of metallic titanium in an oxidizing atmosphere by modified electric arc-physical vapor deposition (EA-PVD).
The new process uses electrolyzed oxidizing water, produced when electric current flows through two electrodes immersed in a weak saline solution and separated by a membrane.
The graphene layer was oxidized by an electric field which was applied between the cantilever tip and Si substrate without any electrode directly connected to the graphene layer.
The rock powders were dried overnight at 105 °C and oxidized in an electric muffle furnace at 950 °C for 30 min with a mixed fusion flux consisting of pure-grade (>99.98 %) lithium metaborate (LiBO2) and lithium tetraborate (Li2B4O7) (Claisse, mixing proportion = 65 : 35 %, melting point = 825 °C).
The authors used ground granulated blast furnace (GGBF) slag and electric arc furnace (EAF) oxidizing slag to reduce the amount of Portland cement (III) and natural sand.
However, electric-arc steelmaking is not as oxidizing, and slag-metal mixing is not as intense; therefore, electric-arc steels normally have carbon contents higher than 0.05 percent.
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