A Sheet Of Bcc Iron 2Mm Thick - Web a sheet of bcc iron 2 mm thick was exposed to a carburizing gas atmosphere on one side and a decarburizing atmosphere on the other side at 650â°c. After reaching steady state, the iron was quickly cooled to room temperature. A sheet of bcc iron 2.0 mm thick was exposed to a carburizing gas atmosphere on one side (i.e., a gas like methane that provides a flux of carbon atoms into the material) and a carburizing atmosphere on the other side at 675 o c. The carbon concentrations at the two surfaces of the sheet were determined to be 0.015 and 0.0068 wt %, respectively. Web a sheet of bcc iron 2 − m m thick was exposed to a carburizing gas atmosphere on one side and a decarburizing atmosphere on the other side at 675 ∘ c. The carbon concentrations at the two surfaces of the sheet were determined to be 0.015 and 0.006 wt%, respectively. After reaching steady state, the iron was quickly cooled to room temperature. After reaching steady state, the iron was quickly cooled to room temperature.
After reaching steady state, the iron was quickly cooled to room temperature. Web a sheet of bcc iron 2 − m m thick was exposed to a carburizing gas atmosphere on one side and a decarburizing atmosphere on the other side at 675 ∘ c. The carbon concentrations at the two surfaces of the sheet were determined to be 0.015 and 0.0068 wt %, respectively. The carbon concentrations at the two surfaces of the sheet were determined to be 0.015 and 0.006 wt%, respectively. A sheet of bcc iron 2.0 mm thick was exposed to a carburizing gas atmosphere on one side (i.e., a gas like methane that provides a flux of carbon atoms into the material) and a carburizing atmosphere on the other side at 675 o c. After reaching steady state, the iron was quickly cooled to room temperature. Web a sheet of bcc iron 2 mm thick was exposed to a carburizing gas atmosphere on one side and a decarburizing atmosphere on the other side at 650â°c. After reaching steady state, the iron was quickly cooled to room temperature.