Ms temperature raiser elements other than Cobalt?

In summary, commonly used elements in Ms temperature raisers besides Cobalt include Nickel, Iron, Manganese, and Gadolinium. These elements can affect the Ms temperature of a material by either increasing or decreasing it, depending on their concentration. Other factors that can influence the Ms temperature include composition, microstructure, and processing conditions. Ms temperature raisers are primarily used in ferromagnetic materials, but can also be used in other materials. The Ms temperature in a material containing Ms temperature raisers is typically determined through experimentation by measuring its magnetic properties, or through other methods such as differential scanning calorimetry.
  • #1
krautkramer
25
0
Hi,

Is there any elements or compounds other than cobalt, which raise martensite start temperature during solidification of steel.
 
Last edited:
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  • #2
krautkramer said:
Hi,

Is there any elements or compounds other than cobalt, which raise martensite start temperature during solidification of steel.
In steels or Fe-Ni alloys?
 
  • #3
Actually I was looking for Ms temperature raisers in carbon steel.But,I will be more than happy if I could get information on Ms temperature raisers in carbon steel as well as Fe-Ni alloys.

Astronuc said:
In steels or Fe-Ni alloys?
 

1. What are the other elements commonly used in Ms temperature raisers besides Cobalt?

Other elements that are commonly used in Ms temperature raisers include Nickel, Iron, Manganese, and Gadolinium.

2. How do these elements affect the Ms temperature of a material?

The addition of these elements to a material can increase or decrease its Ms temperature, depending on the specific element and its concentration. For example, Nickel and Manganese tend to increase the Ms temperature, while Gadolinium decreases it.

3. Are there any other factors besides the element that can influence the Ms temperature?

Yes, there are other factors that can affect the Ms temperature of a material, such as its composition, microstructure, and processing conditions. These factors can also interact with the added elements to influence the Ms temperature.

4. Can Ms temperature raisers be used in any type of material?

Ms temperature raisers are most commonly used in ferromagnetic materials, such as iron-based alloys, but they can also be used in other materials, including shape memory alloys and magnetic materials.

5. How is the Ms temperature determined in a material containing Ms temperature raisers?

The Ms temperature is typically determined through experimentation, by measuring the magnetic properties of the material at different temperatures and identifying the peak in the magnetization curve, which corresponds to the Ms temperature. Other methods, such as differential scanning calorimetry, can also be used to determine the Ms temperature.

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