Sentence examples for same length scale from inspiring English sources

Metallodielectric crystals are designed for microwave light, so it is somewhat deceptive to show them on the same length scale as structures intended for optical and infrared wavelengths.

Nanoscale devices can be patterned with features on the same length scale as biological components, and several groups have demonstrated that nanoscale electrical probes can measure the transmembrane potential of electrogenic cells.

Carbon nanostructures span the same length scale as bio-compounds, ranging from subnanometer-size nucleotides to tens and hundreds of nanometer-sized organelles and viruses, and up to micron-sized cell sizes.

However, there was no clear correlation for the flame brush thickness δT, two different perforated plates generating turbulence at the same level and of the same length scale but giving very different thicknesses.

It has been found that the ordering field of LC molecules can give LC polymer networks anisotropic morphologies, which have the long range as the same length scale of LC textures.

The size of each lens is on the same length scale as the wavelength of light that it interacts with, meaning that "the usual optics don't hold," says Chee Wei Wong, head of the Optical Nanostructures Laboratory at Columbia University in New York, who helped evaluate the lenses' performance.

Comparison of the results for the quantum well with the results for layers with different effective mass of charge carriers[5] or different permittivity[6] reveals that a difference in potential energy between a layer and a bulk yields linear combinations of two-dimensional and three-dimensional terms at the same length scales, whereas difference in kinetic terms (viz.

For example, do humans perceive illusory contours over the same length scales that "even and odd" correlation structures are informative for natural images?

Rationalization of this observation is possible by studying the acid site distribution and accessibility at the same length scales using stimulated Raman microscopy with nitrile probe molecules.

These studies suggest a new ability to pattern ligand in an ordered manner that can allow independent changes in local and global concentration on the same length scales that were shown to modulate adhesion in studies using block copolymer micelle lithography (previous section).

Nanomaterials in this context are intriguing because they can resemble biological 'nanomachines' (such as biomacromolecules) as they meet on the same length scale[1] and, thus, can be expected to perform similar tasks or at least possess reminiscent biobehavior.