Sentence examples for for various morphologies from inspiring English sources

Local strain distributions in austenite matrix that is deformed to accommodate shape strain associated with formation of martensite were investigated by means of electron backscatter diffraction (EBSD) analysis for various morphologies of lath, lenticular and thin plate martensite in ferrous alloys.

See fig. Fig. 12 Figure 12 SEM secondary electron image (SEI) of tubular TiO x assembled from the nanocondensates fabricated by PLAL under Q-switch mode (i.e. sample 3 ( panels a, b, and c ) and 4 ( panel d ) in Table 1) for various morphologies: a nearly perfect pipe, b unfolded pipe, c hierarchical branches within the pipe, d necking of the connected pipes (the same as Fig. 2e).

The correspondence of root lengths estimated using WinRHIZO and ImageJ with Triangle algorithm was valid for roots of various morphologies, and for rice plants grown in uplands, rainfed lowlands, and irrigated lowlands.

The synthesis method has been previously reported for ZnO quantum rods [22] (diameter, D = 2.2 nm) as well as for nanocrystals of various morphologies [23].

The new strategy provides a promising potential for the controllable synthesis of various morphologies of metal oxides for various applications.

The observation of various morphologies for a single bulk concentration during slow drying indicates that the bulk concentration does not play a major role in the surface-mediated self-assembly of these peptides.

The control of their size and shape is a challenging goal, and a large number of reports have been published for the preparation of metal nanoparticles of various morphologies [1 5], mainly for plasmonic and sensing applications [6].

For a few examples of various morphologies see Figure 11.

An approach for manufacturing hollow carbon microparticles of various morphologies has been developed.

These outcomes can make a great contribution to the design of functional BN- and CN-nanomaterials of various morphologies and compositions for the applications in various electronic and carbon-based optoelectronic nanodevices.

The simple synthetic route and thus obtained Bi2O3 architectures of various morphologies provide a basis insight for their formation mechanism.