Boron substitutes for carbon atoms in the diamond lattice, donating a hole into the valence band.

Architectural glass may be set in a diamond shaped lattice.

The nitrogen-vacancy center is a point defect in the diamond lattice.

More essential are elements which can be introduced into the diamond lattice as isolated atoms (or small atomic clusters) during the diamond growth.

The C center corresponds to electrically neutral single substitutional nitrogen atoms in the diamond lattice.

Phosphorus substitutes carbon in the diamond lattice.

The detonation nanodiamond grains mostly have diamond cubic lattice and are structurally imperfect.

The sad truth of it is, those neutrons would slip right through the diamond lattice, because there's nothing to hold them in.

These are a cage hydrocarbons with structures similar to a subunit of the diamond lattice.

Windows may be set in a diamond shaped lattice.