Sentence examples for morphology can only from inspiring English sources

Pulse duration, on the other hand dominates weld bead width: by means of an in-depth analysis of these results it was pointed out that sound weld beads, characterized by the proper morphology, can only be achieved by means of a proper balance between these two parameters.

The 3D morphology can only give the three faces (xy, yz, xz) of the ABC triblock copolymer thin film.

The thin shell of this structure is composed of nanorods, and this morphology can only be obtained with the existence of Ag+.

The number of elements required to consistently represent a model of complex morphology can only be acquired through convergence analyses of each unique model, and a recent study by Bright and Rayfield [55] provides a specific example of convergence analysis in mammalian cranium models.

Similarly, defective mitochondrial segregation and aberrant mitochondrial morphology can only be detected in old phb-null mother cells at the end of their replicative lifespan [ 30].

While this last challenge is being partially addressed by the creation of BAC transgenic lines that express GFP or Cre in defined subsets of cells [e.g. refs 49], [50], the challenge of visualizing individual neuronal morphologies can only be met by a method that generates a relatively sparse collection of labeled neurons.

By using hyperspectral two-photon microscopy, we showed that 3D morphology can not only be visualized, but that different structures have unique spectral signatures.

Results suggest that carbon black with high purity and optimized morphology can not only provide desired electrical conductivity but also improve capacitance and cycle life of the electrochemical cells made with this material.

PEDOT PSS/G SCNT possessing improved conductivity (2645 S cm−1) and transmittance (∼85%), suitable work function (4.93 eV) and favorable morphology can not only replace indium tin oxide (ITO) as TCE to realize device (Glass/PEDOT PSS/G SCNT/PTB7 PC71BM/Al) efficiency achieving 5.8% with an effective area of 15 mm2, but also simplify the device structure (TCE/active layer/metal electrode).

The films with the smooth morphology can not only increase the contact area between perovskite film and spiro-MeTAD film but also enhance the photoelectric conversion efficiency of solar cells [22, 23].

Here we show that both these issues are correlated and can be overcome by certain surface morphology which can only be achieved through anisotropic growth.