Примери коришћења Wavelengths of light на Енглеском и њихови преводи на Српски
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So you can look at the wavelengths of light that do that.
Visible wavelengths of light are just a tiny fraction of all the light in the universe.
After attaching to a person's finger,the LED pass two different wavelengths of light through the finger to a photo diode.
Different wavelengths of light have different activities of doing that.
Robert Emerson discovered two light reactions by testing plant productivity using different wavelengths of light.
Different wavelengths of light have different activities of doing that.
Almost all modern photographic film is panchromatic, but some types are orthochromatic andare not sensitive to certain wavelengths of light.
Different wavelengths of light reaching to the human eye, and so we see color.
To increase photosynthetic efficiency, they added nanotubes that can absorb more wavelengths of light than plants usually absorb.
Ice absorbs longer,redder wavelengths of light, and reflects shorter, bluer light. .
This phenomenon, where the sun looks to be lavender or blue in colour,is also caused by clouds of ash scattering certain wavelengths of light, similar to a blue moon.
For example, a red pigment tends to reflect red wavelengths of light very well and typically absorbs other colors.
In other words, when some wavelengths of light(here refers to the ultraviolet a, ultraviolet b, and sometimes infrared) through the lens, the inside of the lens that is toward the direction of the eyes, they will cancel each other.
Hazel eyes, which can shift from brown to green, have more melanin in the anterior(front) border layer of the eye, and, like green, grey and blue eyes,scatter certain wavelengths of light resulting in a somewhat shifting eye color.
When an object reflects all the wavelengths of light from the Sun that are in the visible spectrum, the object appears white.
Bats, I've even suggested, use perceived hues, such as red and blue, as labels, internal labels, for some useful aspect of echoes-- perhaps the acoustic texture of surfaces, furry or smooth and so on-- in the same way as swallows or indeed, we,use those perceived hues-- redness and blueness, etc.-- to label long and short wavelengths of light.
Since each layer affects different wavelengths of light, the more layers there are the more reflections that can be neutralized.
Longer wavelengths of light tend to be absorbed by the dark underlying epithelium, while shorter wavelengths are reflected and undergo Rayleigh scattering in the turbid medium of the stroma.[2] This is the same frequency-dependence of scattering that accounts for the blue appearance of the sky.[3]: 9[4] The result is a"Tyndall blue" structural color that varies with external lighting conditions.
These devices function by passing various wavelengths of light through the fingertip and measuring the light absorption of the different types of hemoglobin in the capillaries.
She knows how different wavelengths of light stimulate three types of cone cells in the retina, and she knows how electrical signals travel down the optic nerve into the brain.
That is to say, when certain wavelengths of light(in this case, ultraviolet a, ultraviolet b, and sometimes infrared) pass through the lens, they counteract each other inside the lens in the direction of the eye.
The result is the melanin absorbing both short and long wavelengths of light from across the visible spectrum, with the density of melanin in these two layers ultimately determine the shade of brown, which in extreme cases can appear near black.
That's the wavelength of light, of radio waves emitted from hydrogen atoms.
They're smaller than the wavelength of light.
They're smaller than the wavelength of light.
The temperature of ionized iron particles observed in this extreme ultraviolet wavelength of light is about 2.8 million degrees C. degrees F."".
T is the temperature.λ is the wavelength of light. α is the angle of rotation. l is the length of the polarimeter tube. ρ{\displaystyle\rho} is the mass concentration of solution.
The temperature of the ionized iron particles observed in this extreme ultraviolet wavelength of light was about 2.8 million degrees C(or 5 million degrees F).”.
For a long time optical microscopy was held back by a presumed limitation:that it would never obtain a better resolution than half the wavelength of light.
Optical microscopes had previously been held back by a presumed limitation:that they would never obtain a better resolution than half the wavelength of light.