Sentence examples for morphology where the from inspiring English sources

This resulted in a final morphology where the LCP existed in short fibers or ellipsoids.

Therefore, the upper bound always takes a configuration (morphology) where the continuous phase is made of the higher-conductivity material.

The name 'Kachchh' is given because of its tortoise-like morphology, where the central portion of this area forms a table-land sloping on all sides.

The following decrease of the SERS signal is related to the morphology where the Ag agglomerates partially disconnected and coalesced into the larger Ag structures (Fig. 2c).

All nanocomposites exhibited mixed intercalation/exfoliation clay morphology, where the intercalated structure possessed partial orientation parallel to the in-plane direction of the film.

The partial crystalline morphology, where the PE crystallizes and the PEO is amorphous, had the same overall d-spacing as the fully crystalline morphology.

PHEMA and P[HEMA-co-MeO-PEGMA] sponges had polymer droplet morphologies where the dimensions of the morphological features were three to five times larger compared to sponges that were crosslinked with tetraethylene glycol dimethacrylate (TEGDMA), while the P[HEMA-co-MeO-PEGMA] gels had similar morphologies regardless of the crosslinking agent.

The bonding of C60 across the PS block offers new routes to engineering stable morphologies, where the degree of organization/aggregation and/or crystallization of the acceptor material, of paramount importance for stable and efficient electron transport, may be controlled.

The high spatial resolution was effective at mapping the localized crack-tip stress distributions within the complex Al Al2O3 phase morphologies, where the localized stress distribution about the crack tip within the Al2O3 phase could be measured.

In addition, atomic force microscopy (AFM) phase images revealed that both SSSPU and noncharged PU formed well-defined microphase-separated morphologies, where the hard segments phase-separated into needle-like hard domains at the nanoscale.

For the case of kp/kf ≥1, Equations (1) and (2) give the lower and the upper bounds for nanofluid effective thermal conductivity, corresponding to the two limiting morphologies where the liquid serves as the continuous phase for the lower bound and the particle disperses the liquid for the upper bound, respectively.