Sentence examples for growth confinement from inspiring English sources

The reported lesions were characterized by well and/or moderately differentiated histology, expansive growth, confinement to an aggregate of lymphoid tissue, and cystically dilated tumor glands containing an abundance of necrotic debris.

The crystallite size determined by X-ray diffraction decreased at high SWCNT loading, which is attributed to the spatial limitations on crystal growth by confinement within the CNT network.

To overcome this challenge, confinement growth within a nanospace has been reported [22 25].

These results indicate that space confinement growth paves the way to controlling the surface structure and size of MoS2 at the nanoscale to ultimately develop effective catalysts with high densities of active edge sites at the surface.

This review summarizes different synthetic process (such as assembly, chemical vapor deposition direct synthesis, in-situ confinement growth and so on) used for preparation of 2D graphene analogues based 3D architectures and/or aerogels containing either any or their composites.

Moreover, some techniques such as electron energy loss spectroscopy (EELS) and energy-dispersive X-ray spectrometer (EDX) can be utilized to analyze the chemical composition [20, 21]. Figure 1a shows the microstructural characterization of MgO nanowires and La0.33Pr0.34Ca0.33MnO3/MgO core shell nanowires synthesized by a confinement growth method [38].

Because of the process of crystal growth, the primary confinement for the alignment of dipolar molecules is given by a surface nutrient interface and not by the bulk state as usually assumed for the prediction of crystal structures by computational methods.

For the studied samples with average sizes of Si nanocrystals/pores ∼10/20 nm correspondingly, the obtained E g exceeds the bandgap for a bulk Si (E g=1.12 eV), probably, due to the pronounced manifestation of the direct transitions within porosity growth and a quantum confinement effect in Si nanocrystallites with sizes less than 10 nm that form the porous silicon.

This means that even if some sparse thinning of the Ge QW occurs, the electronic wave functions are still confined only in the growth direction, preserving the 1D confinement regime.

Unlike polymer channels that confine growth in one and a half dimensions, microtube-based substrates provide complete radial confinement as well as an opportunity to create complex material combinations.

The local optical results reveal a red shift in the non-polar E2 high frequency mode and width broadening along the growth direction, reflecting quantum-confinement in the radial direction.