Sentence examples for cast precursor from inspiring English sources

For the solution cast precursor or the compression moulded reduced amorphous systems, the materials displayed two Tgs at ca. −130 and +145°C, indicating strong phase separation.

Such relatively high boiling points can result in the formation of large-area thickness variations or shrinkage/dewetting of the casting precursor solution due to the relatively prolonged drying times of solution-coated films.

Structural evolution during simultaneous (SB) and sequential rubbery state biaxial stretching (SEQ) of polylactic acid (PLA) films from cast amorphous precursors was investigated.

Perovskite thin films were prepared using one-step and also two-step sequential casting of precursor solutions: PbCl2 was dissolved in DMF, DMSO, and a mixture of both solvents at various concentrations (c.f. Table 1), while MAI was dissolved in sufficient amount of IPA to obtain a concentration of 10 mg/ml.

A 30-nm ZnO ETL was spin-cast from the precursor solution on top of the clean ITO-glass substrate and then annealed at 200°C for 1 h in air[31].

Upon casting of the precursor solutions, an organic/halide-rich wet film forms, where the annealing process helps the excess organic and halide components evaporate, until a stoichiometric ratio of organic:metal:halide is reached [22].

Although these carbon levels are excellent precursors for cast iron, they are much too high for steel.

Multiple overlapping physical and chemical changes often take place during casting/drying and imidization from PMDA-ODA polyamic acid precursors from cast solutions.

Recently, solution-processed planar heterojunction solar cells with a simple structure achieved a very satisficing PCE of 4.3%, in which an Sb2S3 film was prepared by conventional spin-cast technique with a precursor containing Sb2O3, CS2, and n-butylamine [7].

MWCNT/PAI composite films have been prepared by casting a solution of precursor polymer containing MWCNTs into a thin film and its tensile properties examined.

(A ) Human myogenic precursors were cast within a fibrin/matrigel matrix in PDMS molds and anchored to nylon frames.