Abstract
Magnetic stripe domains in $\mathrm{Fe}∕\mathrm{Ni}∕\mathrm{Cu}(001)$ were imaged and studied using photoemission electron microscopy. The stripe domain width decreases exponentially as the system approaches the spin reorientation transition (SRT) point. A reduction of the Curie temperature $({T}_{C})$ is observed within a narrow gap of the SRT region. For film with fixed thickness, the stripe domains below ${T}_{C}$ represent only part of the stripe phase due to a higher SRT temperature than ${T}_{C}$.
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