Bart Jan Hattink

Martensitic transition and magnetoresistance in a Cu-Al-Mn shape-memory alloy: Influence of ageing

We have studied the effect of ageing within the miscibility gap on the electric, magnetic, and thermodynamic properties of a nonstoichiometric Heusler Cu-Al-Mn shape-memory alloy, which undergoes a martensitic transition from a bcc-based structure

Quantitative x-ray photoelectron spectroscopy study of Al/AlOx bilayers

(\ensuremath{\beta}

Electrical properties in granular Co-ZrO2 thin films

phase) towards a close-packed structure

Magnetoelasticity and magnetoresistance in Cu-Al-Mn shape-memory alloys

(M

Tunneling magnetoresistance in Co-ZrO{sub 2} granular thin films

phase). Negative magnetoresistance that shows an almost linear dependence on the square of magnetization with different slopes in the M and

XPS Analysis of Thin Insulating Barriers in Magnetic Tunnel Junctions

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Antiferromagnetic correlations in Fe-Cu granular alloys: The role of the surface structure

phases was observed. This magnetoresistive effect has been associated with the existence of Mn-rich clusters with the

Structural and magnetic properties of iron particles in a copper matrix

{\mathrm{Cu}}_{2}\mathrm{AlMn}

Premartensitic and martensitic phase transitions in ferromagnetic Ni2MnGa

structure. The effect of an applied magnetic field on the martensitic transition has also been studied. The entropy change between the

Tunneling magnetoresistance in Co-ZrO2 granular thin films

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