Sentence examples for wavelength timing from inspiring English sources

The health effects of ultraviolet radiation vary according to wavelength, timing and pattern of exposure, personal characteristics and practices.

Jefferson Lab is in the process of upgrading the Free-Electron Laser Facility to provide higher output power as well as broader wavelength and timing flexibility.

Inconsistent results have been attributed to differences in light intensity and wavelength, and the timing of application as it relates to the circadian cycle [ 44].

There is a lot of work and research on different wavelengths, durations and timing in their use.

One uses a time division multiplexing (TDM) scheme over a single wavelength and a comprehensive timing protocol, and the other uses coarse wavelength division multiplexing (CWDM) technology.

Here I summarize studies from the past two decades, which have defined and quantified the dose (illuminance levels), exposure duration, timing and wavelength of light needed to evoke alerting responses in humans, as well as their temporal relationship to light-induced changes in endocrinological and electrophysiological sequelae of alertness.

Optical power penalties are discussed, including dispersion (modal and chromatic), intersymbol interference, mode partition noise, mode hopping, extinction ratio, relative intensity noise, multipath interference, wavelength-dependent attenuation, bending loss, timing jitter, radiation-induced darkening, modal noise, and stimulated Raman and Brillouin scattering.

Light represents an excellent tool to achieve this goal as it can be regulated in timing, location, intensity, and wavelength, which allows for precise spatiotemporal control over genetic circuits.

Their characteristic basin fill and symmetry, inner structure, folding wavelength and amplitude, thermal regime, time frame are examined in relation to basement structure, stress field, strain rate, timing of deformation, and compared to existing modelling results.

The non-visual effects of ocular light at short wavelengths strongly impinge on the human circadian timing system [1], [2], most probably via novel photoreceptors with the photopigment melanopsin [3], [4], [5].

The chapter concludes with an overview of the use of solitons for wavelength-division multiplexing (WDM) lightwave systems with emphasis on timing jitter induced by interchannel collisions.