The phrase "arranged polymer" is correct and usable in written English.
It can be used in scientific or technical contexts, particularly in chemistry or materials science, to describe a polymer that has been organized or structured in a specific way.
Example: "The researchers developed an arranged polymer that exhibited enhanced mechanical properties compared to its unstructured counterpart."
Alternatives: "structured polymer" or "organized polymer".
In practice, such a design can be approximated comparatively easily with parallely arranged cylindrical polymer diffusers of sufficiently small radius, which are fed by individual optical fibers.
It is observed on how well the DNA is arranged on the polymer film's surface by atomic force microscopy [AFM] examination; moreover, we discuss the feasibility of this technique for nanowire synthesis for its application to nanodevices.
Peptoid chemical properties are determined, like peptides, by the specific sequence order of different monomers arranged along the polymer chain.
Segmented copolymers can be synthesized having polymer segments arranged in a linear fashion (linear block copolymers), however, polymer segments can also be attached to pre-synthesized macromolecules or to multifunctional core molecules to produce branched (graft) copolymers, polymer stars or dendrimers.
In general, polymers used as release modifiers in this study can be arranged as an efficient polymer based on MDT as HCO > HPMC > EudRL 100 > EC.
In contrast to very flexible polymers, semiflexible polymers arrange already for low volume fractions in a mechanically stabilizing fashion.
While at its high order smectic phase, the mesogen pendants of the polymer are arranged parallel to the direction of shear.
Block copolymers have two or more polymer blocks arranged in a specific manner.
The mycolic acid-arabinogalactan-peptidoglycan polymer is arranged to form a hydrophobic layer with other lipids [3], [4].
The polymer is arranged in collinear, semi-crystalline bundles and it comprises up to 45% of the dry weight of plant biomass, which is a potentially inexpensive, renewable source of fermentable glucose [ 7, 8].
