General physical arguments as well as an analytical theory for a particular system indicate that in addition to a traditional method of wave control through gap opening in an allowed frequency band there exists an opportunity to control waves through window opening in a forbidden frequency band. By introducing additional (second) periodicity in an initially periodic material it is possible to guide high-frequency waves in the directions initially forbidden for their propagation
Numerical computations show that a stabilization of a periodic sequence of wave segments propagating...
The problem of wave propagation control in one-dimensional systems, including electrical charges and...
During the last decades, a growing interest has been devoted to periodic structures and metamaterial...
The investigation reveals a new mechanism for controlling wave transmission in the periodic waveguid...
Attempt is made to solve some of the existing problem due to the application of the modal control me...
ABSTRACT: Periodic arrays of shunted, piezoelectric patches are employed to control waves propagatin...
We present an exact mathematical framework for electromagnetic wave propagation in periodically time...
The contributions in this volume present both the theoretical background and an overview of the stat...
L'essor des cristaux phoniques (CP) , structures constituées d'un arrangement périodique de différen...
Photonic structures with a periodic modulation of the optical refractive index open novel possibilit...
Spiral waves have been controlled by generating target waves with a localized inhomogeneity in the o...
In metamaterial science, local resonance and hybridization are key phenomena strongly influencing th...
In this paper, the relation between the excited period and the perturbation one is firstly studied, ...
Wave propagation through a structured medium has attracted the attention of researchers for centurie...
Propagation of anti-plane waves through a discrete square lattice and through a continuous fibrous m...
Numerical computations show that a stabilization of a periodic sequence of wave segments propagating...
The problem of wave propagation control in one-dimensional systems, including electrical charges and...
During the last decades, a growing interest has been devoted to periodic structures and metamaterial...
The investigation reveals a new mechanism for controlling wave transmission in the periodic waveguid...
Attempt is made to solve some of the existing problem due to the application of the modal control me...
ABSTRACT: Periodic arrays of shunted, piezoelectric patches are employed to control waves propagatin...
We present an exact mathematical framework for electromagnetic wave propagation in periodically time...
The contributions in this volume present both the theoretical background and an overview of the stat...
L'essor des cristaux phoniques (CP) , structures constituées d'un arrangement périodique de différen...
Photonic structures with a periodic modulation of the optical refractive index open novel possibilit...
Spiral waves have been controlled by generating target waves with a localized inhomogeneity in the o...
In metamaterial science, local resonance and hybridization are key phenomena strongly influencing th...
In this paper, the relation between the excited period and the perturbation one is firstly studied, ...
Wave propagation through a structured medium has attracted the attention of researchers for centurie...
Propagation of anti-plane waves through a discrete square lattice and through a continuous fibrous m...
Numerical computations show that a stabilization of a periodic sequence of wave segments propagating...
The problem of wave propagation control in one-dimensional systems, including electrical charges and...
During the last decades, a growing interest has been devoted to periodic structures and metamaterial...