Sentence examples for a common wavelength from inspiring English sources

It would take another three agonizing weeks to work out the details, but Kennedy and Khrushchev had finally locked onto a common wavelength.

Introducing an input Ey-polarized Gaussian beam at 1064 nm (as it is a common wavelength for laser cavities with Nd YAG crystals [9]), the output laser beam was studied in terms of laser depolarization.

He generalizes the key elements of Wolf and Geisel's framework: smooth Gaussian random fields, invariance with respect to an appropriate Lie group of transformations of (mathcal{M}), and monochromaticity, i.e. composition of orientation preference maps via superposition of (uniformly, randomly distributed) "plane waves" with a common wavelength.

To study two cell types in the same organ in vivo with differing fluorescent proteins, fluorescent pairs need to be chosen that can be excited equally at a common wavelength.

Excitation and emission spectra of fluorescein overlap with the corresponding spectra of Ru dpp) [ 11, 14]) such that each luminophore can be excited at a common wavelength (470 nm) and can emit light within the same wavelength range (upwards of 550 nm).

UV excitation is a very common wavelength regime that fluorescence nanotechnology utilizes (most notably quantum dots).

It is a remarkable achievement made all the more remarkable since the smooth Slomka and the gruff sporting director Hans-Jörg Schmadtke are about as compatible as an iPad and a C64 tape drive – there's simply no common wavelength.

This implies that the lighting efficiency of green light-emitting diodes (LEDs) can be increased by the coupling effect at a common resonant wavelength of SPP and LSP.

Note that the downward emission and the emission efficiency can reach maxima almost simultaneously when the SPP and the LSP couple effectively at a common resonant wavelength.

A common laser wavelength for fs-PLD is 800 nm, only moderately above the bandgap of bulk crystalline silicon and so one would not expect significant ablation; however, femtosecond pulsed lasers are incredibly intense, and therefore, absorption occurs both by linear and nonlinear mechanisms [5].

In the high T g hydrophilic latex, we observed a gradual shift of the emission maxima of blends 1 and 2 towards a common emission wavelength, which indicates an equilibration point in the migration of co-solvent into and out of latex particles.