5
/s45/s48/s46/s48/s48/s52
/s48/s46/s48/s48/s48
/s48/s46/s48/s48/s52
/s40/s98/s41/s32/s77/s110/s32/s84/s69/s89
/s32
/s45/s48/s46/s50
/s45/s48/s46/s49
/s48/s46/s48
/s48/s46/s49
/s48/s46/s50
/s32
/s40/s97/s41/s32/s70/s101/s32/s84/s69/s89
/s32
/s88/s77/s67/s68/s32/s97/s115/s121/s109/s109/s101/s116/s114/s121
/s45/s50/s53/s48 /s48 /s50/s53/s48 /s53/s48/s48 /s55/s53/s48 /s49/s48/s48/s48
/s45/s48/s46/s48/s48/s52
/s48/s46/s48/s48/s48
/s48/s46/s48/s48/s52
/s70/s105/s101/s108/s100/s32/s32/s40/s79/s101/s41
/s40/s99/s41/s32/s77/s110/s32/s70/s89
/s32
/s32
FIG. 2. (color online) XMCD asymmetry versus applied ﬁeld
along the [110] axis at 2 K, for a Fe (2 nm)/(Ga,Mn)As
(10 nm) ﬁlm. (a) FeL3, total electron yield; (b) Mn L3,
total electron yield; (c) Mn L3, ﬂuorescent yield. Black and
red points are data for increasing and decreasing ﬁelds resp ec-
tively; lines are to guide the eye.