Heusler alloys are theoretically predicted to become half-metals at room temperature (RT).
The advantages of using these alloys are good lattice matching with major substrates, high …

The phase equilibria associated with Heusler-type intermetallic compounds have been
reviewed for systems containing Fe, Co or Ni. Ternary alloy systems are identified in which …

The notion of using electron spins as bits for highly efficient computation coupled with non-
volatile data storage has driven an intense international research effort over the past …

The generation, manipulation and detection of a pure spin current (ie, the flow of spin
angular momentum without a charge current) are prospective approaches for realizing next …

This paper shows the correlation between chemical order, lattice strains, and magnetic
properties of Heusler Co 2 FeAl films epitaxially grown on MgO (001). A detailed magnetic …

We study room-temperature generation and detection of pure spin currents using lateral spin-
valve devices with electrodes formed from the Heusler compounds Co 2 FeSi (CFS) or Fe 3 …

Co 2 FeSi, a Heusler alloy with the highest magnetic moment per unit cell and the highest
Curie temperature, has largely been described theoretically as a half-metal. This conclusion …

The electrochemical growth of Heusler alloy film with good morphological quality and
crystalline order using single-crystalline substrate is demonstrated. Static magneto optical …

For exploring group-IV semiconductor spintronics with ferromagnetic Heusler compounds,
we study the local structural ordering of the stoichiometric Fe 3 Si and off-stoichiometric Fe 3 …

We study magnetic and magnetotransport properties of an epitaxial interfacial multiferroic
system consisting of a ferromagnetic Heusler-alloy Co 2 Fe Si and a ferroelectric-oxide Ba Ti …