mesophase

The melting point for the mesophase pitch is roughly 300 C.

In physics, a mesophase is a state of matter intermediate between liquid and solid.

Gelatin is a common example of a partially ordered structure in a mesophase.

We will continue research into flow-induced structure of mesophase surfactants.

The electrolyte has a profound effect on the mesophase behavior at extremely low concentrations.

This two-hundred-page work established much of the current terminology in mesophase physics.

The usual way to obtain mesophase is by heat-treatment and as a (a) Before heating.

Scientists have followed Friedel's classification and the term mesophase for the intermediate states has also been adopted from him.

Thermal optical microscopy is a very convenient method for identifying mesophase types.

The viscosity of mesophase pitch is more sensitive to temperature than other melt-spun materials.

Through supramolecular assembly, the discs exhibit a mesophase which has a two-dimensional, periodic order.

Transition to a mesophase between solid and liquid, such as one of the "liquid crystal" phases.

The change in concentration that results in a mesophase contrasts with the behaviour of thermotropic liquid crystals.

The aim is to predict the 3D non-equilibrium mesophase density patterns that are observed in complex `real-life' systems.

Only the nematic mesophase has thermochromic properties; this restricts the effective temperature range of the material.

The mesophase behavior has been observed as a function mainly of electrolyte additions to binary and ternary systems.

Thus, the stacking of large aromatic molecules to form the liquid crystalline mesophase is greatly retarded.

Relaxation of the mesophase director has been analyzed in terms of two processes over a range of 2H2O concentrations.

Second, Friedel coined the term smectic phase for a layered mesophase having the structure of neat soap.

In the cationic mesophase prepared from decylpyridinium, Cl− binds simultaneously to two and Br− to three headgroups.

Alkyl-substituted corannulenes form a thermotropic hexagonal columnar liquid crystalline mesophase.

The line hexatic mesophase appears to be the preferred packing form of long DNA in bacteriophages.

The mesophase pitch forms a thermotropic crystal, which allows the pitch to become organized and form linear chains without the use of tension.

A micrograph of their mesophase appeared on the cover of Nature in a 1984 paper, "Quasi-Liquid Crystals."