Add to ORKGThe Strip Projection Method is used to generate pentagonal and trigonal 2-dimensional quasilattices as rational approximants to the icosahedral quasilattice. Further, 3-dimensionally periodic structures are generated as rational approximants to these 2-dimensional quasilattices. A simplified approach based on uniform distortions of perpendicular space is put forth for the analyses
A quasiperiodic covering of the plane by regular decagons and an analogous structure in three dimens...
Abstract. 3D quasiperiodic tilings derived from deformed cuboctahedra are obtained by projection fro...
We have shown earlier that the decagonal quasicrystalline phase can be derived by the twinning of th...
The generation of periodic quasicrystals by the projection method is considered. The effects of the ...
The strip projection method is used to generate rational approximants to Penrose, octagonal and 7-fo...
The planar and linear substructures of a threedimensional icosahedral Ammann-Kramer-Penrose quasilat...
We present a new algorithm for the generation of quasicrystalline structures. It is related to the c...
We consider extensions of the projection technique for describing icosahedral solids. The relationsh...
This paper shows that there are three types of periodic directions in the rational approximants of a...
The transformation from quasicrystal to crystal tilings using the projection formalism can be done i...
The projection method for constructing quasiperiodic tilings from a higher dimensional lattice provi...
Several methods are currently available for the generation of quasiperiodic lattices in one-, two- a...
We show how the standard cut and project method can be adapted to build quasiperiodic geometrical mo...
An icosahedral quasicrystal can be regarded as a packing of copies of a well-defined atomic cluster ...
A quasiperiodic covering of a plane by regular decagons is described, and an analogous structure in ...
A quasiperiodic covering of the plane by regular decagons and an analogous structure in three dimens...
Abstract. 3D quasiperiodic tilings derived from deformed cuboctahedra are obtained by projection fro...
We have shown earlier that the decagonal quasicrystalline phase can be derived by the twinning of th...
The generation of periodic quasicrystals by the projection method is considered. The effects of the ...
The strip projection method is used to generate rational approximants to Penrose, octagonal and 7-fo...
The planar and linear substructures of a threedimensional icosahedral Ammann-Kramer-Penrose quasilat...
We present a new algorithm for the generation of quasicrystalline structures. It is related to the c...
We consider extensions of the projection technique for describing icosahedral solids. The relationsh...
This paper shows that there are three types of periodic directions in the rational approximants of a...
The transformation from quasicrystal to crystal tilings using the projection formalism can be done i...
The projection method for constructing quasiperiodic tilings from a higher dimensional lattice provi...
Several methods are currently available for the generation of quasiperiodic lattices in one-, two- a...
We show how the standard cut and project method can be adapted to build quasiperiodic geometrical mo...
An icosahedral quasicrystal can be regarded as a packing of copies of a well-defined atomic cluster ...
A quasiperiodic covering of a plane by regular decagons is described, and an analogous structure in ...
A quasiperiodic covering of the plane by regular decagons and an analogous structure in three dimens...
Abstract. 3D quasiperiodic tilings derived from deformed cuboctahedra are obtained by projection fro...
We have shown earlier that the decagonal quasicrystalline phase can be derived by the twinning of th...