Sentence examples for wavelength divided from inspiring English sources

Diffraction is proportional to the laser wavelength divided by the size of the emitting aperture; the larger the aperture is, the more slowly the beam spreads.

If the wave is propagated with a velocity v and has a wavelength λ, then the period T is equal to wavelength divided by velocity, or T= λ/v.

Center-to-center spacing of ZnO nanorod must be less than the shortest operational wavelength divided by the refractive index (n) of the material.  .

To achieve small reflectance, the period of antireflection structure should be less than the wavelength divided by the refractive index of substrate [16].

The incident photocurrent conversion efficiency [IPCE] is defined as the number of electrons in the external circuit produced by an incident photon at a given wavelength divided by the number of incident photons [18].

Further, to enhance the accuracy of analysis of the coating performance, the light wavelength was divided into visible and IR wavelength regions.

To investigate the action spectrum, the amplitude of the peak photocurrent at each wavelength was divided by the light power density, multiplied by the wavelength and normalized to the value at 480 nm.

Therefore, we decided to modify the procedure in the way that the reflectance values at respective wavelengths were divided not by the continuum, but by the maximal reflectance value of the particular spectrum.

Takir and Emery (2012) used the 3-μm band shape and the center wavelength to divide 28 outer main-belt asteroids into four groups based on spectra obtained using the SpeX spectrograph/imager at the NASA Infrared Telescope Facility IRTFF).

Because light of each wavelength was optically divided into separate delivery and detection stages, retinal images created by the three wavelengths could be recorded simultaneously, and visual stimuli could be delivered independently.

The angular resolution, or ability of a radio telescope to distinguish fine detail in the sky, depends on the wavelength of observations divided by the size of the instrument.