The prepared AAO supports with θ-ring shape were utilized to prepare supported Pd catalysts by impregnation method for the first time.
The monomer was characterized by FT-IR, NMR and melting point apparatus, and utilized to prepare polyimides with 6FDA, BTDA or ODPA via a conventional two-step synthesis; preparation of poly amic acid), followed by solution imidization.
A simple and cost-effective technique is utilized to prepare carbon_iron phthalocyanine composites.
Two binders (emulsified asphalt and cement) and six contents were utilized to prepare the mixture specimens.
Moreover, a cycloisomerization of amide-tethered allenynes was utilized to prepare novel δ-lactams.
Alkali dissolution and acid precipitation processes were utilized to prepare silica nanoparticles effectively.
Focused ion beam (FIB) was utilized to prepare TEM cross-sectional sample of splats.
Alkylation with 3-glycidoxypropyl triethoxysilanee (GPTES) was utilized to prepare surfaces with silica-like reactivity.
Furthermore, different kinds of hydrotropes can be utilized to prepare pH-responsive viscoelastic fluids in the desired pH areas.
In this study, direct laser fabrication (DLF) is utilized to prepare AlCoCrFeNi high entropy alloy at optimized operation parameters.
A direct liquid injection chemical vapor deposition was utilized to prepare Co3O4 films with a high deposition rate.
