Sentence examples for spectrum of shapes from inspiring English sources

No one would suspect it from reading menus lately, with butternut squash soup the cliche du jour, but squash come in a whole spectrum of shapes and colors, textures and flavors.

Structures at this level on plants are usually formed by epicuticular wax crystals (e.g., Fig. 7) which may exhibit a large spectrum of shapes like rodlets, platelets, or tubules.

Rough diamonds exist in a wild spectrum of shapes and appearances, out-dazzling even the most perfect round-cut stone.

These same morphological features seen here with NLP, covering a wide spectrum of shapes, could be reproduced with NB obtained from serum (Figs. 6H and 7J) and NB strains (Figs. 6I and 7K and L).

Application spectrum of shape memory alloys (SMA) is expanding rapidly and proportionately so is the engineering demand for superior materials.

The internal friction spectrum of shape memory alloys, which undergo a thermo-elastic martensitic transformation, is composed of three terms: the intrinsic term IFInt, related to the damping properties of each phase, the phase transition term IFPT, due to the martensitic phase transformation itself, and the transitory term IFTr, linked to the kinetic effects during the phase transition.

The flexible infrastructure offers a full spectrum of shape, distribution, and connectivity metrics for cellular networks and can be adapted to a wide variety of materials ranging from plant roots to lung tissue in studies requiring high sample counts and sensitive metrics such as the drug-gene interactions and high-throughput screening.

We demonstrate that our method is applicable to a wide spectrum of DNA shapes and that it achieves excellent recovery yields of target objects up to 97 %, while providing efficient separation from non-integrated DNA strands.

Mutation spectrum of flower shape variation included double inflorescence within one stalk, double stalk per plant, inflorescence without bracts, two-flag petal true flowers, and chlorophyll mutation in the leaves which are generally caused by induced gamma rays.

Analysis of the Zernike polynomial spectrum of the crater shapes will show quantitatively the variations in crater shapes, both within groups of identical craters and between groups corresponding to different impact conditions.

Three different seed records to be used as input for the algorithm were selected from the PEER NGA database (PEER 2013) based on the similarity of the response spectrum shape of the records with the shape of the target spectrum.