Sentence examples for wavelength parameters from inspiring English sources

Cells were imaged using corresponding lasers at optimal fixed wavelength parameters for visualizing DAPI (blue nuclear staining) and IgG-CFL 488 (green emission) through a Plan-Apochromat ×40/1.30 Oil DIC M27 lens on a Zeiss LSM 710 confocal laser scanning microscope (Carl Zeiss Microscopy, Oberkochen, Germany).

where is the wavelength parameter, is the illumination function, is the spectral reflectance, and is the sensitivity of camera sensor.

First, we find the resonant wavelength for the part of structure with refractive index of 3.59 is 1.5683 μm by sweeping the wavelength parameter of input Gaussian pulse around the wavelengths of 1.5-1.6 1.5-1.6

Scatter plots displaying the expected (using the full spectrum) and extracted (using only 16 wavelengths) parameter values are presented in Fig. 5 for four DRS parameters: two parameters extracted from the reduced scattering coefficient (A and B), and two parameters extracted from the absorption coefficient (c H b and b ϑ r ).

Note that all bold faced characters in this article represent wavelength dependent parameters.

The dynamic stress intensity factor is obtained as functions of the incident wavelength, gradient parameter of the functionally graded materials.

The relationships among the V parameter, confinement loss, relative sensitivity, operating wavelength and structural parameters of microstructured optical fibers for gas sensing applications are investigated theoretically.

This lack of feature compared to non-coated glass slides is especially important for quantification of FRET measurements as it decreases the differential absorption of light emitted at different wavelengths, a parameter that needs to be minimised when calculating FRET efficiencies from the quencher and donor intensities.

In addition, we propose a fitting formula to reveal the relationship between the resonant wavelength and the parameters of the structure.

The effect of the optical parameters (wavelength, refractive-index and refractive-index difference) on the optimum design is investigated for a strong single-mode 3-D optical waveguide.

Taking advantage of a numerical technique, we investigate the dependence of the second-harmonic and third-harmonic on the fundamental wavelength and structural parameters.