全反射英文解释翻译、全反射的近义词、反义词、例句
英语翻译：
【化】 total reflection
分词翻译：
全的英语翻译：
complete; entirely; full; whole【医】 pan-; pant-; panto-
反射的英语翻译：
echo; flash; glint; reflect; return; reverberate; throw back【计】 mirroring; reflection; reflew
【化】 reflection
【医】 jerk; reflect; reflection; reflex; reflexio; reflexion
网络扩展解释
全反射（Quan Fan She）
全反射（Quan Fan She）是光线在从光密介质射向光疏介质的界面上以折射角大于90°（即入射角大于临界角）时，发生完全反射的现象。全反射是光在界面上的一种重要现象。
英语解释翻译
The translation of "全反射" in English is "total internal reflection". It refers to the phenomenon when a light ray traveling from a denser medium toward a less dense medium reflects completely at the interface if the angle of incidence exceeds the critical angle. Total internal reflection is an important phenomenon of light at interfaces.
英文读音
The pronunciation of "total internal reflection" is /ˈtoʊ.t̬əl ˌɪnˈtɜːr.nəl rɪˈflek.ʃən/.
英文的用法
In English, "total internal reflection" is used to describe the phenomenon of complete reflection of light at an interface when the angle of incidence exceeds the critical angle. It is commonly encountered in fiber optics, prism applications, and underwater imaging systems.
英文例句
1. The light transmission in the optical fiber is based on the principle of total internal reflection.（光纤的光传输基于全反射的原理。）
2. The diamond's brilliance is due to the total internal reflection occurring within the gemstone.（钻石的闪耀来源于宝石内的全反射现象。）
英文近义词
1. Internal reflection: The reflection of light within a medium at a boundary with another medium, occurring when the angle of incidence exceeds the critical angle.（内部反射：光在介质边界处发生的折射角大于临界角时的反射现象。）
2. Total reflection: Another term used to describe the phenomenon of total internal reflection.（全反射：描述全反射现象的另一个术语。）
英文反义词
1. Refraction: The bending of light as it passes from one medium to another due to a change in its speed.（折射：由于速度的改变，光线在从一个介质到另一个介质时的弯曲。）
2. Reflection: The bouncing back of light or other waves upon hitting a surface, without entering the medium beyond the surface.（反射：光线或其他波在撞击表面后不进入该表面之外的介质而反弹回来。）
英文单词常用度
In English, "total internal reflection" is a commonly used term in the field of optics and physics. It is frequently encountered in academic literature, textbooks, and technical discussions related to light and optics.