Metal

Separation (statistics)

Supramolecular chemistry

Engineering

Crystal (programming language)

Crystal engineering

Materials science

Computer security

Crystal structure

Biochemistry

Computer science

Chemical engineering

Gas separation

Porosity

Nanotechnology

Organic chemistry

Membrane

Coordination complex

Porous medium

Crystallography

Chemistry

Programming language

Machine learning

Key (lock)

Chemical Communications

Diverse crystal engineering principles employed in the discovery of porous coordination networks for the selective separation of C2 gases reveal that control of pore size and pore chemistry emerges as the key to unlock their outstanding performances.

Crystal engineering of porous coordination networks to enable separation of C2 hydrocarbons