Sentence examples for remarkable separation from inspiring English sources

The non-volatility of hyperbranched polymers in combination with their remarkable separation efficiency and selectivity enables new processes for the separation of azeotropic mixtures.

The novel membrane also exhibited remarkable separation performance for dyes removal from a wide range of solvents including challenging polar aprotic and strongly swelling solvents.

Using the multivariate analysis to stratify the patients according to stage, uPAR-positive macrophages in tumor core and level of uPAR(I) in plasma resulted in a remarkable separation, the HRs for a patient with uPAR-positive/negative and uPAR(I) equal to the first and third quartile for stages II and III are shown (Fig. 3).

The scalable production of nanoscale g-C3N4 with remarkable electron separation efficiency in one-step, green, economic and "bottom-up" approach is of great challenge.

The current study could provide great insights into the design of semiconductor/graphene composites which exhibit remarkable charge separation properties for practical applications in the organic pollutants photodegradation, solar fuel generation as well as photovoltaic devices.

A mesoporous membrane with the Pt intermediate layer (γ-Al2O3/Pt SiO2/SUS) showed a remarkable H2/CO separation factor of 5.22–7.03, exceeding the Knudsen-dominated transport characteristics expected from a mesoporous γ-Al2O3/Pt SiO2/SUS

Under optimized conditions (pH 7.7, phosphate concentration of 0.1 mol L−1, pulse amplitude of 123 mV, modulation time of 5 ms, CPB concentration of 0.30 mmol L−1 and scan rate of 100 mV s−1), a remarkable peak separation of UA and AC at 174 mV was achieved.

In contrast, when the enzyme was simulated under protonation conditions corresponding to alkaline medium, we observed a remarkable domain separation, with domain center-of-mass distances of up to 24 Å (Fig. 5).

A remarkable phase-separation took place in MPYC5IP ZnCl2 between the hard and soft segments.

Histone H3 at the concentration of 25 μg/mL caused remarkable shrinkage and separation of the cell-cell junctions at 6 h.

The similar intrinsic sorption properties of bulk-type and nanosheet CuBDC crystals cannot account for such remarkable differences in separation performance, which were therefore attributed to the different MOF crystal morphology, which turned out key for the filler polymer integration and the occupation of the gas permeation pathways by the molecular sieve.