I did the reaction where I used different iron ratios:
1) Fe (1 mol) + y (1 mol) ====product
2) Fe (2 mol) + y (1 mol) ====product
3) Fe (3 mol) + y (1 mol) ====product
4) Fe (4 mol) + y (1 mol) ====product
I've seen the magnetic property (VSM) Increases (by increasing iron) As expected.
and then I used the four reaction as follows: By adding a non-magnetic material (with different ratios)
4-a) Fe (4 mol) + y (1 mol) + z (1 mol)====product
4-b) Fe (4 mol) + y (1 mol) + Z (2 mol)====product
4-c) Fe (4 mol) + y (1 mol) + Z (3 mol)====product
In your opinion Is the magnetic properties of all three compounds similar to reaction (4)? Since the amount of iron is constant and the magnetic property depends on the iron? Is it possible for the material (Z) to change the magnet property?
I agree with Thomas. For eg. in case of spinel ferrites, magnetic properties strongly depends on distribution of ions in the lattice, and by substituting non magnetic ions, magnetic properties can also be enhanced.
Best wishes
My Dear Lady: You are working like they did in the middle ages. You need to see what is happenning at microscopy level. No only at molecular level, but also must observe the grain structure. There are extrinsic properties besides the intrinsic ones that can be more important than the intrinsic ones.
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