- a
duoprism look like a torus, with two sets of
orthogonal cells, p-gonal and q-gonal prisms. The p-q
duoprisms are
identical to the q-p
duoprisms, but...
-
order of size and complexity). As a
uniform duoprism, the
tesseract exists in a
sequence of
uniform duoprisms: {p}×{4}. The
regular tesseract,
along with...
- 6,
George Olshevsky. The
Fourth Dimension Simply Explained—describes
duoprisms as "double prisms" and
duocylinders as "double cylinders"
Polygloss -...
- 4-dimensional space; they are
called duoprisms as the
product of two
polygons in 4-dimensions.
Regular duoprisms are
represented as {p}×{q}, with pq vertices...
- four-dimensional
polytopes constructed as
Cartesian products of two polygons, the
duoprisms. It has 9 vertices, 18 edges, 15
faces (9 squares, and 6 triangles), in...
- The
second is the
infinite family of
uniform duoprisms,
products of two
regular polygons. A
duoprism's Coxeter-Dynkin
diagram is . Its
vertex figure...
- dimension,
there are 64
uniform polychora aside from two
infinite families of
duoprisms and
antiprismatic prisms, and 64
Bravais lattices. 64 is the
atomic number...
- is the
limiting shape of
duoprisms as the
number of
sides in the
constituent polygonal prisms approach infinity. The
duoprisms therefore serve as good...
- non-prismatic figures,
while the
remaining eighteen generate uniform prisms,
duoprisms and triaprisms. The
number 22
appears prominently within sporadic groups...
- 2D figures, as in the case of e.g. the
duocylinder and
various regular duoprisms. 2-fold
rotational symmetry together with
single translational symmetry...
