Examples of using Light rays in English and their translations into Chinese
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Political
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Ecclesiastic
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Programming
Everything we see is reflected light rays.
These two light rays are extremely near to each other.
On this time, here's a futuristic screensaver with blue light rays.
Red light rays have longer wavelengths and less energy.
Suddenly I realized that the paths of these light rays could never approach one another.
If these light rays reunite, they will interfere with each other.
The leaves act as pinspeck cameras,each blocking out a different set of light rays.
Therefore, light rays reaching the sensor will be less oblique.
It would take advantage of an effect described by Einstein:the power of gravity to bend light rays.
If these light rays reunite, they will interfere with each other.
This is what we call indirect illumination because light rays follow complex paths before entering the eye.
Sometimes light rays are emanating from the top of the crown, these are also an element of royal symbology.
The white panels reflect the light rays and UV weaves to help reduce the skin's temperature.
Light rays are bent and refracted in different layers of atmosphere and it seems that the Sun is higher than it actually is.
Combined, this spectrum of colored light rays creates what we call“white light” or sunlight.
The light rays emanating from the chip are drawn to show that the processor talks to the outside world using light. .
Therefore, the whole process of focusing light rays becomes more precise and you can see a clearer image.
Light rays that have relatively long wavelengths contain less energy, and those with short wavelengths have more energy.
Because of the two different curves, the light rays will focus on two points on the retina instead of one.
Light rays carrying images of the world outside our field of view constantly strike walls and other surfaces and reflect into our eyes.
Photo-reception: The light rays reach our pupils and activate the receptor cells in the retina.
Light rays carrying images of the world outside our field of view constantly strike walls and other surfaces and reflect into our eyes.
A new 3D printer uses light rays to turn a gooey liquid into a complex solid object in only few minutes.
Light rays coming from a particular distant object all travel through nearly the same air layers and all are bent over about the same amount.
Image distance, the point where light rays converge, can also be adjusted, making our subject appear in focus.
The light rays illustrated in Figure 2 form a viewing angle of 30 degrees to demonstrate accommodation of the human eye for viewing objects at varying distances.
For example, when light rays from a more distant object pass by, they are caught up in the gravitational field, bent, and refocused.
This causes light rays to enter the eyes at an irregular, unfocused angle, resulting in an image that's blurred.
But if these light rays were swallowed up by the black hole, then they could not have been on the boundary of the black hole.
This ensures that oblique light rays emanating from the condenser are not reflected from underneath the slide, but are directed into the specimen.