Sentence examples for morphology of cross from inspiring English sources

Open image in new window Fig. 6 The morphology of cross section of aluminum coating at different stand-off distance a 80, b 100, c 120 and d 140 mm (P = 15 kW and argon flow rate = 40 L min−1).

Open image in new window Fig. 7 The morphology of aluminum coatings with different argon flow rate: a 30, b 35, c 40 and d 45 L min−1 (P = 15 kW and stand-off distance = 120 mm) Open image in new window Fig. 8 The morphology of cross section of aluminum coatings with different argon flow rate: a 30, b 35, c 40 and d 45 L min−1 (P = 15 kW and stand-off distance = 120 mm).

Lastly, the image analysis is used to identify the fracture morphology of cross-section of cold recycled mixture, and the development mechanism of cold recycled mixture is revealed.

The polymerization-induced microphase separation produces a bicontinuous morphology of cross-linked hard domain and liquid-like conductive domain in the electrode, providing high modulus and high conductivity.

In this retrospective study, it has been demonstrated that there is a close link between vertical craniofacial development and the morphology of cross-sectional sites of the maxillary and mandibular bodies for patients referred for orthodontic and orthognathic treatment.

The similar rates of assembly observed for self-seeded samples reflect the similar free energy of elongation calculated for these peptides, while the morphology of cross-seeded fibrils is determined by the properties of the monomeric peptide and its macromolecular arrangement within the protofilaments and fibrils.

Interestingly, the mycothiol measurements showed a partial complementation with the ipsA homologs from C. diphtheriae and M. tuberculosis, which is in line with our previous findings regarding growth and morphology of cross-complemented strains.

The morphology of the cross sections were observed by HITACHI S-4800 scannelectronron microscopy (SEM) (Hitachi High-Technologies CorporaTokyo, Japan Japan).

Morphology of the cross linked system was carried out by scanning electron microscope (SEM).

In connection with insertions of skeletal TADs, the difference in the morphology of the cross section of the maxillary and mandibular bodies in different growth patterns is valuable information for therapy planning and adequate therapy.

The numerical results indicated the layered morphology of the cross sections of nerve conduits played the most important role in determining the compressive resistance.