MICRESS Forum

As shown in the topic question，anyone can help me to solve the problem。

Hi 1994513kong,

Do you mean the repulsion which comes from a translational shift of the ordered lattices of two interacting gamma' particles?
For doing so, you can define an accordingly high interface energy for the gamma' - gamma' interaction.

Bernd

Bernd wrote:Hi 1994513kong,

Do you mean the repulsion which comes from a translational shift of the ordered lattices of two interacting gamma' particles?
For doing so, you can define an accordingly high interface energy for the gamma' - gamma' interaction.

Bernd

Dear Bernd

It's the repulsion which comes from a translational shift of the ordered lattices of two interacting interacting gamma' particles.
I try to change the interface energy for many time，but the result was not so ideal. Can you introduce more details of some texts.

Dear 1994513kong,

I have written something about this topic here. Maybe it is helpful information for you...

Bernd

Bernd wrote:Dear 1994513kong,

I have written something about this topic here. Maybe it is helpful information for you...

Bernd

Dear Bernd
Thanks for the topic，but I also have question about how to set the repulsion

Dear 1994513kong,

Can you please explain what you exactly mean and which is the problem you have?

Bernd

Bernd wrote:Dear 1994513kong,

Can you please explain what you exactly mean and which is the problem you have?

Bernd

Figure 1 is my result.I do want the result of Figure 2 ranther than figure 3. Are they all controlled by the γ′/γ′ interface energy?

Dear 1994513kong,

Yes, it strongly depends on the gamma/gamma'-Interface. But there is also a contribution from the elastic data and the misfit. Did you use stress coupling?

Bernd