Examples of using Light rays in English and their translations into Turkish
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Colloquial
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Ecclesiastic
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Ecclesiastic
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Computer
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Programming
Light rays from the sun are made of photons.
They're intersecting light rays that make up the hologram.
Causing all kinds of distortions. That bends the light rays.
That bends the light rays, causing all kinds of distortions.
This idea claimed that we see,'because light rays come out of the eye.
Light rays are the boundary between the future, the spacelike, and the past regions.
Blood moon iscaused by a total lunar eclipse those red light rays are aimed at the moon.
This causes light rays to bend smoothly as they approach the cladding, rather than reflecting abruptly from the core-cladding boundary.
Draper developed the proposition in 1842 that only light rays that are absorbed can produce chemical change.
In imaging optics, all light rays crossing the input aperture at x1=xI are redirected by it towards the output aperture at x1=xO where xI=m xO.
Rough and irregular surfaces, even at the molecular level, can cause light rays to be reflected in random directions.
It appears black because light rays entering the pupil are either absorbed by the tissues inside the eye directly, or absorbed after diffuse reflections within the eye that mostly miss exiting the narrow pupil.
Space x1p1 is called phase space and different light rays may be represented by different points in this space.
They are used in many industrial and consumer applications, for example: Lamps that turn on automatically in response to darkness Position sensors that activate when an object interrupts a light beam Flash detection, to synchronize one photographic flash to another Photoelectric sensors that detect the distance, absence,or presence of an object Function An optical sensor converts light rays into electronic signals.
The crystals act as prisms, bending the light rays passing through them with a minimum deflection of 22°.
All points of the local sky at that era were comparable in brightness to the surface of the Sun,due to the high temperature of the Universe in that era; and most light rays will terminate not in a star but in the relic of the Big Bang.
It is also possible to produce polarized light rays using a combination of reflection and refraction: When a refracted ray and the reflected ray form a right angle, the reflected ray has the property of"plane polarization.
Some media have an index of refraction which varies gradually with position and,thus, light rays curve through the medium rather than travel in straight lines.
For that reason not all solutions of theEuler-Lagrange equations will be possible light rays, since their derivation assumed an explicit dependence of L on σ which does not happen in optics.
Hans Thirring argued in 1926, that an atom which is accelerated during the emission process by thermal collisions in the sun,is emitting light rays having different velocities at their start- and endpoints.
In general, two types of lenses exist: convex lenses,which cause parallel light rays to converge, and concave lenses, which cause parallel light rays to diverge.
The volume occupied by a set of rays in phase space is called etendue,which is conserved as light rays progress in the optical system along direction x3.
He explains what we now call refraction, why objects look kinked in a glass of water-arguing that light rays bend when they move from one medium to another.
This effect is what is responsible for mirages seen on hot days where thechanging index of refraction of the air causes the light rays to bend creating the appearance of specular reflections in the distance as if on the surface of a pool of water.
So a light ray can be deflected in its path by dark matter.
Well, I can prove that when a light ray is propagated from any point, it consists of a finite number of energy quanta which can be produced and absorbed only as complete units.
The light ray makes an angle θA with axis x3(the normal to the refractive surface) before refraction and an angle θB with axis x3 after refraction.
Reflection and refraction can happen at the same time, but, if a light ray hits the surface at an angle greater than the critical angle, it will be completely reflected and not refracted.
If light ispropagating in a gradient index optic the path of the light ray is curved and vector p is tangent to the light ray. .
What it does do is itdoes what all matter does… in that it can deflect the light ray.