Sentence examples for morphology at high from inspiring English sources

The morphology at high concentration (40 phr) of RPU under HRTEM showed very distinct ordered interpenetrating network (IPN) like formation and a phase in phase morphology.

Furthermore, the dynamic quenching process can be used as a way to control and to form a rod morphology at high concentrations of PC.

Presence of ionic maxima followed by a power law decay of −4 for SPTES-70 and SPTES-80 copolymer membranes was attributed to the bicontinuous phase morphology at high degree of sulfonation and elevated temperature (55 °C).

At moderate reinforcement levels (1 2 collagen:HA by weight), HA whisker reinforced scaffolds exhibited a nearly four-fold greater modulus compared to the equiaxed HA powder, while there were no differences with the HA reinforcement morphology at high and low reinforcement levels.

Moreover, it was shown that these two cross-linked MCPBz nanofibers were structurally stable and maintained their fibrous morphology at high temperatures (400 °C), in good solvents (chloroform, DMF, 1,4-dioxane, DMAc, THF) and highly concentrated strong acids (HCl, HNO3, H2SO4).

The algorithm is a module of our NeuronStudio software application [1], an integrated system for semi-automated digitization, morphometry and analysis of complex neuronal morphology at high resolution.

For example, any gas sorption arising from sample morphology at higher relative pressures, or from pores that may be present which are larger than the simulation cell, is not catered for in this simulation.

Condensed spherulites were observed on isothermal crystallization under large supercoolings by using polarized optical microscopy (POM), while the spherulites turned to ring-banded morphology at higher temperatures.

That is, the PCL block crystallized within the existing PE lamellar morphology at lower Tc (<30 °C) to yield a double crystallized alternating structure while it crystallized by deforming or partially destroying the PE lamellar morphology at higher Tc (>35 °C) to result in a significant increase of the long period.

Fig. 4 FESEM images of Ga2O3 nanowires grown with a, b Ar:O2 total flow rate as 160 mL/min (120 40 mL/min) and c, d Ar/O2 flow rate ratio as 1/3(20:60 mL/min) indicating deteriorated nanowire morphology at higher flow rate.

Owing to the fast development of the thin lamellae, the crystalline morphology obtained at high temperature cannot be frozen by quenching.