It turned out that not all of the various monomers the researchers created worked.

Normally, two or more different monomers are used in the reaction.

These studies have shown the precise contact points between monomers.

Monomers are usually permitted to react for 5 to 12 hours.

This view also shows each of the four monomers colored differently.

In chemistry, it applies to molecules made of five monomers.

In practice, and especially for 6,6, the monomers are often combined in a water solution.

At low concentration, most of the molecules exist as isolated monomers.

The active sites are located at the interface between the protein monomers.

It is also used as an inhibitor in production of various vinyl monomers.

Addition polymers are also formed from monomers having closed ring.

At very low concentrations of the lipid, only monomers are present in true solution.

The association of all four monomers allows for the catalytic activity at each possible active site.

These constituent parts, or monomers, are readily available to other bacteria.

Most polycarbonates of commercial interest are derived from rigid monomers.

The nature of the bridge can vary for different types of monomers.

These in turn, after relatively minor modifications, become monomers.

In the 1960s, several fluidized bed processes dramatically reduced the cost of some important monomers.

Subsequently it has been recognized that not all monomers or systems undergo these particular three intervals.

This increases the density of the material as the monomers become bonded together, therefore taking up less space.

Usually the same monomers, initiators, solvents and temperatures can be used.

A wide range of unique monomers with different radical R can be synthesized.

Interactions between chain monomers can be modelled as excluded volume.

All organic monomers are based on carbon, usually with hydrogen, oxygen and nitrogen.

Monomers within a copolymer may be organized along the backbone in a variety of ways.

It turned out that not all of the various monomers the researchers created worked.

Normally, two or more different monomers are used in the reaction.

These studies have shown the precise contact points between monomers.

This view also shows each of the four monomers colored differently.

Monomers are usually permitted to react for 5 to 12 hours.

Several different types of these monomer bonding systems have recently been made.

The two domain binding region is present as a monomer.

One monomer may be added to another or to itself in so-called addition reactions.

Each lattice point can be occupied by one monomer only.

Yet, the propagating rate is unique to each individual monomer.

Styrene is used in the chemical industry as a monomer.

It is also used as a monomer for certain specialty polymers.

It is thought to be functional as a monomer.

During the polymerization process, some chemical groups may be lost from each monomer.

In chemistry, it applies to molecules made of five monomers.

The number of bonds that a monomer can form is called its functionality.

It is the result of a monomer which has been polymerized into a long chain.

Some polymerizations are stopped before all the monomer has reacted.

At low concentration, most of the molecules exist as isolated monomers.

However, it could also arise from a monomer in combination with another cellular factor.

At very low concentrations of the lipid, only monomers are present in true solution.

In the cross-linked form, the possibility of the monomer being present is reduced even further.

Two other important but interrelated factors are the structure of the monomer and the applied potential.

Addition polymers are also formed from monomers having closed ring.

In such cases the monomer must be removed or stripped from the dispersion.