Martin’s presentation detailed how scientists can use electrochemistry to coat steel plates with zinc while controlling the properties of the zinc film (hardness and roughness, for example) by altering the electric source.Zinc films have a variety of practical applications — from preventing iron and steel from rusting, to converting CO2 into useable fuels, to storing energy via a zinc-based battery.

Martin’s presentation detailed how scientists can use electrochemistry to coat steel plates with zinc while controlling the properties of the zinc film (hardness and roughness, for example) by altering the electric source.Zinc films have a variety of practical applications — from preventing iron and steel from rusting, to converting CO2 into useable fuels, to storing energy via a zinc-based battery.

Martin’s presentation detailed how scientists can use electrochemistry to coat steel plates with zinc while controlling the properties of the zinc film (hardness and roughness, for example) by altering the electric source.Zinc films have a variety of practical applications — from preventing iron and steel from rusting, to converting CO2 into useable fuels, to storing energy via a zinc-based battery.

Martin’s presentation detailed how scientists can use electrochemistry to coat steel plates with zinc while controlling the properties of the zinc film (hardness and roughness, for example) by altering the electric source.Zinc films have a variety of practical applications — from preventing iron and steel from rusting, to converting CO2 into useable fuels, to storing energy via a zinc-based battery.

Martin’s presentation detailed how scientists can use electrochemistry to coat steel plates with zinc while controlling the properties of the zinc film (hardness and roughness, for example) by altering the electric source.Zinc films have a variety of practical applications — from preventing iron and steel from rusting, to converting CO2 into useable fuels, to storing energy via a zinc-based battery.

Martin’s presentation detailed how scientists can use electrochemistry to coat steel plates with zinc while controlling the properties of the zinc film (hardness and roughness, for example) by altering the electric source.Zinc films have a variety of practical applications — from preventing iron and steel from rusting, to converting CO2 into useable fuels, to storing energy via a zinc-based battery.

Martin’s presentation detailed how scientists can use electrochemistry to coat steel plates with zinc while controlling the properties of the zinc film (hardness and roughness, for example) by altering the electric source.Zinc films have a variety of practical applications — from preventing iron and steel from rusting, to converting CO2 into useable fuels, to storing energy via a zinc-based battery.

Martin’s presentation detailed how scientists can use electrochemistry to coat steel plates with zinc while controlling the properties of the zinc film (hardness and roughness, for example) by altering the electric source.Zinc films have a variety of practical applications — from preventing iron and steel from rusting, to converting CO2 into useable fuels, to storing energy via a zinc-based battery.

Martin’s presentation detailed how scientists can use electrochemistry to coat steel plates with zinc while controlling the properties of the zinc film (hardness and roughness, for example) by altering the electric source.Zinc films have a variety of practical applications — from preventing iron and steel from rusting, to converting CO2 into useable fuels, to storing energy via a zinc-based battery.

Martin’s presentation detailed how scientists can use electrochemistry to coat steel plates with zinc while controlling the properties of the zinc film (hardness and roughness, for example) by altering the electric source.Zinc films have a variety of practical applications — from preventing iron and steel from rusting, to converting CO2 into useable fuels, to storing energy via a zinc-based battery.

Martin’s presentation detailed how scientists can use electrochemistry to coat steel plates with zinc while controlling the properties of the zinc film (hardness and roughness, for example) by altering the electric source.Zinc films have a variety of practical applications — from preventing iron and steel from rusting, to converting CO2 into useable fuels, to storing energy via a zinc-based battery.

Martin’s presentation detailed how scientists can use electrochemistry to coat steel plates with zinc while controlling the properties of the zinc film (hardness and roughness, for example) by altering the electric source.Zinc films have a variety of practical applications — from preventing iron and steel from rusting, to converting CO2 into useable fuels, to storing energy via a zinc-based battery.

Martin’s presentation detailed how scientists can use electrochemistry to coat steel plates with zinc while controlling the properties of the zinc film (hardness and roughness, for example) by altering the electric source.Zinc films have a variety of practical applications — from preventing iron and steel from rusting, to converting CO2 into useable fuels, to storing energy via a zinc-based battery.