NUCLEAR ORIENTATION EXPERIMENTS ON DILUTE ALLOY OF - Pt Mn

- A coexistence of local moment and itinerant antiferromagnetism in a-Mn is proposed because two hyperfine fields were observed, which behave differently as function of

transfer matrix method and analytical results for the surface one are given at low and high temperatures.. Any thermodynamic property of the dilute siderable interest in recent

since the transform of a given SAW is always a neigh- bour-avoiding walk (Watson [12]) the total number of site trees for the Kagomé, square covering and

In trie absence of any magnetic interaction with trie surroundings, trie slow paramagnetic relaxation lineshape of trie ~~Fe3+ Môssbauer probe would be trie superposition of

At IOW temperatures both the initial local susceptibility and the dependence of the saturation hyperfine field on applied field indicate a small reduction of the Fe moment.. A

Magnetisation measurements in all parts of tlie temperature range suffer from tlie difficulty of separat- ing m , from interaction effects. In the case T 2 T,,,

performed [2, 3, 4, 51 temperature dependent Mossbauer effect measurements on FeAl and FeSi and compared these results with those foriron alloyrwith magnetic

Al1 these data indicate that the conduction electron polarisation for CuFe shows the same tempe- rature behaviour as the local magnetization on the Fe ion in