One current method to build a superlattice
is to manually stack the ultrathin layers one on top of the other.
Gigant magnetoresistance of (001)Fe/(001)Cr magnetic superlattices
Around 1970, Esaki introduced high vacuum techniques in the field of thin film deposition and prepared semiconductor superlattices
such as GaAs/AlAs.
It means that the superlattice
support electromagnetic modes with oscillatory fields in the LHM layers.
Intraband transitions in dimerized semiconductor superlattices
One is the superlattice
or nano-multilayered structure suggested by Koehler in 1970.
Impact angle effects on the erosion-corrosion of superlattice
CrN/ NbN PVD coatings.
materials are constructed using the concept of phonon-blocking- electron transmission and in published papers have demonstrated a thermoelectric figure- of-merit of ZT ~2.
Diffuse scattering from a semiconductor superlattice
in the absence of interlayer correlation was investigated in [6, 7].
Though categorized as low dimensional system, the engineered superlattice
system (ESS) provides valuable guidance for the nanocomposite research approach.
Lattice thermal conductivity reduction and phonon localization like behavior in superlattice
3] based superlattice
structures by thermal conductivity reduction.