The crystal then looks the same when viewed from any of the lattice points.

The general unit cell has an integral number of lattice points.

The cell may be chosen by first picking a lattice point.

Each side of C has no lattice points except the two vertices.

How many reciprocal lattice points are available within this sphere?

Hence, there are totally 3 lattice points per unit cell.

Each lattice point can be occupied by one monomer only.

Away from the lattice points, the electric field is given by:

Then, lines are drawn to all nearby (closest) lattice points.

So collect all the edge displacements to begin at a single lattice point.

A lattice point in 3-dimensional space is one with all integer coordinates.

Shallow holes such as the point are at a distance of from the nearest lattice points.

The vertices of a triangle are lattice points in the plane.

Generalizing this idea, one might ask about something related to lattice points in three or more dimensions.

The potential of the atoms is attractive (negative) and concentrated near the lattice points.

Similarly, we use the index l to assign the to a certain lattice point.

Lattice points converge to, and diverge from, flow time events.

The main mechanism for sorting is the arrangement of the optical lattice points.

The 2160 deep holes near the origin are exactly the halves of the norm 4 lattice points.

At each lattice point we have the object .

In crystallography, each lattice point can accommodate more than a single atom.

But to return from this erroneous vector to the original lattice point a special basis is needed.

No other fundamental lattice points lie on the surface or in the interior of the tetrahedron.

The set of lattice points can be partitioned into three sets with these larger translation distances.

In crystallography, the monoclinic crystal system is one of the seven lattice point groups.