molecular crystal

It also can be found by a molecular crystal.

Molecular crystals tend to be soft and have lower melting points.

Water of crystallization may also be present in molecular crystals.

Disordered molecular crystals including ones having interesting or unusual optical properties.

These are also known as giant molecular crystals.

Having spent long hours on Earth working with molecular crystal structures, she has developed a certain appreciation for microgravity and space laboratory research.

Frustration is at the origin of the intricate structure of molecular crystals.

Common self-assembly examples are growth of a molecular crystal, e.g., snow.

Both crystalline forms are examples of molecular crystals.

Proton tunneling occurs in many hydrogen based molecular crystals such as ice.

White phosphorus forms molecular crystals composed of tetrahedral P molecules.

Raman and infrared spectrometers are mainly used to study phase transitions in molecular crystals.

The molecules in a molecular crystal are held together by van der Waals forces rather than chemical bonds.

We have studied the correlation functions for a model Hamiltonian describing the vibrational properties in molecular crystals.

A few remarks on the evaluation of effective molecular dipole moments in molecular crystals are included as well.

White phosphorus exists as molecular crystals.

Adamantane could be used as molecular building blocks for self-assembly of molecular crystals.

It has been proposed that hexamethylenetetramine could work as a molecular building block for self-assembled molecular crystals.

It can also be found in molecular crystals, superconducting Josephson junction arrays and glassy materials.

Naphthalene also forms molecular crystals.

His main contributions were in theory of absorption, scattering and dispersion of the light in molecular crystals.

A simple theory of the pressure dependences of nqr frequencies in molecular crystals is proposed, which accounts for all data presently available.

The contributions ranged from biocrystallography to mineral science with a large proportion of molecular biology and molecular crystals.

Organic materials form molecular crystals where the molecules are loosely bound by Van der Waals forces.

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