Dec 7, 2017 · We report an exchange bias of more than 2700 Oe at room temperature in MnN/CoFe bilayers after high-temperature annealing.
Oct 24, 2017 · Abstract:We report an exchange bias of more than 2700\,Oe at room temperature in MnN/CoFe bilayers after high-temperature annealing.
We report an exchange bias of more than $2700\,$Oe at room temperature in MnN/CoFe bilayers after high-temperature annealing. We studied the dependence of ...
We report an exchange bias of more than 2700 Oe at room temperature in MnN/CoFe bilayers after high-temperature annealing. We studied the dependence of ...
We report an exchange bias of more than 2700 Oe at room temperature in MnN/CoFe bilayers after high-temperature annealing. We studied the dependence of exchange ...
Enhanced exchange bias in MnN/CoFe bilayers after high-temperature annealing. Overview of attention for article published in AIP Advances, December 2017.
Enhanced exchange bias in MnN/CoFe bilayers after high-temperature annealing. http://arxiv.org/abs/1710.08809 · 3:53 AM · Oct 25, 2017.
We conclude that ultra-high vacuum annealing is effective in improving the thermal stability of the exchange anisotropy of Mn–Ir/Co–Fe bilayers through the ...
Missing: MnN/ | Show results with:MnN/
Jul 11, 2024 · Researchers from University of Bielefeld Report Findings in Applied Physical Science (Enhanced exchange bias in MnN/CoFe bilayers after ...
Jun 24, 2019 · MnN to maintain the exchange bias effect after high temperature annealing since less nitrogen will. 234 be required to saturate the layer ...
Missing: bilayers | Show results with:bilayers