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X-ray photoelectron emission microscopy in combination with x-ray magneticcircular dichroism is used to investigate the influence of an applied magneticfield on N\'eel caps (i.e., surface terminations of asymmetric Bloch walls).Self-assembled micron-sized Fe(110) dots displaying a moderate distribution ofsize and aspect ratios serve as model objects. Investigations of remanentstates after application of an applied field along the direction of N\'eel-capmagnetization give clear evidence for the magnetization reversal of the N\'eelcaps around 120 mT, with a $\pm$20 mT dispersion. No clear correlation could befound between the value of the reversal field and geometrical features of thedots.

journal of applied physics

X-ray photoelectron emission microscopy in combination with x-ray  magnetic circular dichroism investigation of size effects on field-induced  N\'eel-cap reversal