Sentence examples for light ratios from inspiring English sources

Magnitudes can be converted to light ratios by letting ln and lm be the brightnesses of stars of magnitudes n and m; the logarithm of the ratio of the two brightnesses then equals 0.4 times the difference between them i.e., log(lm/ln) = 0.4(n − m).

The concentration remained unchanged for all the 28 proteins between normal and ovarian cancer serum samples with overall heavy to light ratios ranged from 0.8 to 1.5.

Northern latitudes have cooler nights and longer photoperiods with unique UV-B and red to far-red light ratios, all of which influence phenylpropanoid biosynthesis [ 11, 12].

This fold-change analysis of the lysate proteome (n = 4548) revealed that a total of 3593 proteins showed statistically significant "heavy" to "light" ratios.

Auxins stimulate the synthesis of ethylene [ 85], which together with gibberellins have integrated actions in plant cell death [ 86] and stem elongation during phytochrome-mediated shade avoidance, a phenomenon that occurs in response to the low red to far-red light ratios (R FR) under dense canopies [ 87].

The sum of M + 2 AUC and M + 4 AUC divided by the sum of M0, M + 2, and M + 4 AUC was calculated as the heavy/(heavy + light) ratio.

Providing our laboratory growth conditions with a red/far-red light ratio similar to open-field conditions and daily temperature oscillation is sufficient to mimic the FT expression and flowering time in natural long days.

The study demonstrated that the Cerenkov light ratio calibration coefficient of both systems was not constant, but changed systematically with photon beam quality to a maximum difference of 1.1%.

He reported that an increase in the UV/visible light ratio results in the thickening of the planetary ozone layer compared to the Earth.

In addition, a lighting setting with a high blue-to-red light ratio is more favorable for enhancing the pepper plant's natural ability to capture light energy and can improve the photosynthetic ability of the plants as well.

All these modifications are triggered by a low red to far-red light ratio (R FR) occurring when a plant is shading another one because leaves absorb more in the red than in the far-red.