Sentence examples for morphology of very from inspiring English sources

The expression of tide- and wind-driven processes in the internal architecture and external morphology of very large submarine dunes is investigated at a dune field located in the central part of the Dover Strait (Southern North Sea).

In this work, standard RBS and AFM methods are used for the study of growth and morphology of very thin gold layers prepared by sputtering on two different substrates: 'common' glass and monocrystalline Si.

In figure 2D, we show the external morphology of very regular crystals, which markedly resemble those of Hz [18], [27].

In extreme cases - for example, experiments using genetically encoded reporters to study the morphologies of very large CNS neurons - the efficiency of recombination must be lowered to fewer than 20 cells per mouse [4].

TEM analysis showed that film morphology consist of very fine grain size in the range of 10 nm.

We present a detailed study of the microstructure and morphology of a very wide variety of binary transition metal nitrides (TiN, ZrN and TaN) grown by pulsed laser deposition (PLD) as well as of ternary nitrides consisting of Ti alloyed with Ta or Zr.

Fish and his colleagues have "explained the function of the unique morphology of a very successful whale," says biomechanics expert John Long of Vassar University in Poughkeepsie, New York.

Moreover, we have used it to investigate the morphology of the very active secular variation in this part of the world and in particular the structure of three recently detected geomagnetic jerks around 2007, 2011 and 2014.

As shown in an enlarged view (Fig. 1C) of a region within the nucleus (white box indicated in Fig. 1B), a large amount of typical morphology of fibers, very likely attributed to the chromatins fibers, can be observed (red boxes in Fig. 1C).

Although the exact time scale in DM is not always known, we observed in this study that the small island morphology is dominant in deposits that resided for relatively short times and continuous mineral morphology in deposits of very long duration.

The nanoscopic morphologies, molecular structure of very hydrophilic silicate nanophases, and methods of studying the structure and transport of water through these membranes are discussed.