linear polymer

Cellulose looks simple - just a linear polymer of glucose.

The most widely used method for linear polymers is based on a two-step process.

The linear polymers are the largest group, with the general structure shown schematically in the picture.

The linear polymer is white when very pure and is water-soluble.

The architecture of photoresists has typically been dominated by linear polymers.

With benzoquinone the reaction product was a linear polymer.

A polypeptide is a single linear polymer chain of amino acids.

There is also a linear polymer called paraformaldehyde.

Proteins are linear polymers of amino acid building blocks.

Circuit topology is a topological property of folded linear polymers.

This is true for step-growth polymerization of linear polymers.

Upon addition of an initiator, cyclic monomers go on to form linear polymers.

Linear polymer chains usually interact strongly with surfaces.

Linear polymer chains can be regarded as a linear polarizers.

Pentafluorides continue this trend with their linear polymers and oligomeric complexes.

To suppress the formation of other linear polymers the reaction is carried out in a highly dilute solution.

Element A also undergoes polymerization to a high molecular weight linear polymer upon heating.

This motif represents crosslinking of the linear polymer.

Many silicone liquids are linear polymers end-capped with trimethylsilyl groups.

It also contains high-molecular weight mucous glycoproteins that form linear polymers.

Most proteins consist of linear polymers built from series of up to 20 different -α-amino acids.

Linear polymers are not formed readily by plasma polymerization methods based on propagating species.

Examples of linear polymers with intra-molecular contacts are nucleic acids and proteins.

Mannan may refer to a plant polysaccharide that is a linear polymer of the sugar mannose.

Similar reactions are used industrially to convert cyclic siloxanes to linear polymers.