Ferroalloys are one of the most important raw materials widely used in the steelmaking
processes. Depending on the cleanliness of used ferroalloys, they can be an inevitable …

Investigation of some kinetics aspects of the reaction between nitrogen and medium carbon
ferromanganese (MC-FeMn) was made. Nitriding process of fine medium carbon …

Nitriding process of medium carbon ferromanganese was carried out in the solid state, on
lab and bench scale at temperature range 1023-1323 K using different nitrogen and …

Low carbon ferromanganese was nitrided through gas‐solid reaction. The nitriding process
has been carried out on lab scale at temperature range 800° C–950° C at different nitrogen …

Ferroalloys have become increasingly important due to their indispensable role in
steelmaking. As the performance requirements of steel materials increase, it is necessary to …

Ferromanganese nitrogen alloy has no use as it is but it is used as a source of nitrogen—in
addition to manganese—in manufacturing high nitrogen steel, especially stainless steel …

The nitriding process of manganese pellet was studied in the present study in the
temperature and nitrogen pressure ranges of 700 to 950° C, and 0.2–0.6 MPa, respectively …

A 24 factorial design technique was used to investigate the magnitude effect of temperature,
time, carbon percent, and pressure of the nitriding process of gas solid reaction of …