Examples of using When light in English and their translations into Chinese
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When light travels through the atmosphere.
Another thing I like to keep in mind is when light hits a surface it will either bounce off it or become absorbed.
When light hits a metal, like zinc, electrons fly off.
Organoids grown for eight months developed their own neuronal networks that sparked with activity andresponded when light was shone on them.
When light encounters a strong magical field it loses all sense of urgency.
Such effects occur when light is reflected from"silk"(inclusion of structurally oriented rutile needles) in a certain way.
When light strikes the sample, some of the electrons in MoSe 2 are liberated.
Such effects occur when light is reflected off the"silk"(the structurally oriented rutile needle inclusions) in a certain way.
When light waves vibrate in a certain direction, we say that it has a specific polarisation.
Refraction occurs when light goes through a water surface since water has a refractive index of 1.33 and air has a refractive index of about 1.
When light levels are low, carbon fixation also slows(albeit for different biochemical reasons).
So when light passes by a mass, its path curves as well: a straight line in a curved space.
When light travels through materials it changes direction and slows down, a process called refraction.
In fact, when light hits the lens, it is subtracted based on the so-called"destructive interference" process.
When light is reflected off many nonmetallic surfaces, including the ocean surface, it is polarized to some degree.
When light falls on the LDR, its resistance lowers and that voltage divider provides a voltage lower than 4.5 volts.
When light passes through a glass prism, it is split into what most of us call a rainbow and scientists call a spectrum.
When light rays bounce only once from the surface of an object to reach the eye, we speak of direct illumination.
In fact, when light hits the lens, the light is diminished based on the so-called"destructive interference" process.
In fact, when light hits the lens, the light is diminished based on the so-called"destructive intervention" process.
When light strikes an object, it rebounds off its surface towards another direction, just like throwing a tennis ball against a wall.
When light shines on the cell, electrons are generated within the carbon nanotubes and these can be used to power electrical devices.”.
When light enters into different transmission materials(such as from air into the glass), about 5% lights will be reflected off.
Therefore, when light energy strikes the material, all of the excitons flow to the center of the fiber, where they are concentrated.
When light strikes the glass, complex wave patterns occur and light becomes more intense in one of the ten areas on the glass.
When light hits those air pockets, they act like a million tiny mirrors that scatter the full spectrum of light in every direction.
When light escapes from the core of the black hole, it moves like a man running on a treadmill and slowly contracts through outward radiation.
Furthermore, when light travels through the Earth's atmosphere, it passes through air that contains particles, such as dust, soot, smoke and liquid droplets.
When light is sent through the liquid, the way it is scattered changes continuously, because the nanoparticles keep moving in the liquid”, says Stefan Rotter.