Sentence examples for polymeric solids from inspiring English sources

Structurally organized solutions containing monomers in an ethylene glycol (EG) medium were formed and polymerized to produce polymeric solids with various morphologies, and also unique thermal and mechanical properties.

Open-cell porous polymeric solids were obtained by the polymerization of microemulsions with a bicontinuous structure.

This type of viscoelastic response is especially notable in polymeric solids but is present to some extent in all types of solids and often does not have a clear separation from what could be called viscoplastic, or creep, response.

Thus we began by covering the structure property relationships of polymeric solids in Section 2.4.

Polymeric solids are effective absorbents in two-phase partitioning bioreactors (TPPBs) when they provide adequate absorptive capacity for the target solute, as well as the physical properties required by solid liquid TPPB operations.

The surface molecular motion of amorphous polymeric solids has been directly measured by lateral force microscopic (LFM), scanning viscoelasticity microscopic (SVM) and differential X-ray photoelectron spectroscopic (D-XPS) measurements.

Sodium 2-[ω-methacryloyl oligo(oxyethylene)] ethylsulfonate has been synthesized and polymerized to prepare a polymeric solid electrolyte with Na+ single-ionic conductivity.

Chelating polymeric resin can be modified by immobilizing suitable and selective ligands onto functionalized polymeric solid surfaces.

Polymeric solid electrolytes were prepared from the hybrid of poly vinylidene fluoride) and lithium perchlorate.

Polymeric solid electrolytes were prepared by the hybridisation of poly vinylidene fluoride) and lithium perchlorate.

Non-lithium based solid state batteries are attaining widespread commercial applications, as are also lithium based polymeric solid state electrolytes.