Sentence examples for higher preferred growth from inspiring English sources

P. echinovolvatus, described from China in 1988, is closely related to P. indusiatus, but can be distinguished by its volva that has a spiky (echinulate) surface, and its higher preferred growth temperature of 30-35 C. P. luteus, originally considered a form of P. indusiatus, has a yellowish reticulate cap, a yellow indusium, and a pale pink to reddish-purple peridium and rhizomorphs.

Whereas rHtrA activity decreased at temperatures higher than 30°C, which is the preferred growth temperature of Synechocystis 6803, the activity of rHhoA and rHhoB increased to well above lethal temperatures.

Formation of nanowires indicates a preferred growth of certain high-density crystallographic planes of rutile phase at the lattice scale.

In this article, we demonstrate the growth of various ZnO-derived nanostructures, including well-ordered arrays of high aspect ratio single crystalline nanowires with preferred growth direction along the [0001] axis, nanowalls, and hybrid nanowire-nanowall structures.

A relatively high intensity of this peak indicates that the preferred growth orientation of the as-grown ZnO is towards the c-axis and it is consistent with the FESEM image shown in Figure 2.

X-ray diffraction analysis shows that Cu doped SnO2 thin films display the preferred growth along (110) plane at a high Cu concentration.

It was shown that HCl + CO TA provides: (i) a rather high growth rate (up to 1.5 mm per day); (ii) a decrease of wall adhesion effect and an etch pit density down to 103 cm−2; (iii) a minimization of growth nucleus quantity down to 1; (iv) stable unseeded growth of the high crystalline quality large single crystals with a controllable preferred growth direction.

However, the capability to grow device-quality material and structure by metalorganic chemical vapor deposition (MOCVD) has not been fully achieved, which is the preferred growth technique in manufacturing due to the higher growth rate and multi-wafer capability.

It was found that the high hardness was due to the formation of nanocrystal structure inside the thin films and the preferred growth orientation, which could be promising for applications in micro fabrication and advanced coating technologies.

On the quasi-NRs crystals growth direction, as is evident from the XRD results, the preferred growth orientation of the quasi-NRs might be towards [002] direction judging from the appearance of relatively higher peaks belonging to this crystallographic plane on the spectrum.

We get similar results in other industries, though the preferred growth mode may differ.