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photon n.1.【物理學】光子。2.【醫學】見光度〔網膜照明單位...

A photon leaving the sun will be “retarded“ by the sun's gravity . 離開太陽的光子因受太陽引力而“減速”。

Both photons and electrons show an apparent “duality“ . 光子和電子都表現為外觀上的“二象性”。

A photon leaving the sun will be “retarded“ by the sun's gravity . 離開太陽的光子因受太陽引力而“減速”。

Both photons and electrons show an apparent “duality“ . 光子和電子都表現為外觀上的“二象性”。

photonegative

Nuclear photon science with inverse - compton photon beam 基于逆康普頓光束的核光科學

Photon cannons , or the little hand thingies 光子炮,就是那個小手一樣的東西。

The second one is the pressure due to photons called 第二種向外壓力是光子所造成的

Particle size analysis - photon correlation spectroscopy 粒徑分析.光子關聯能譜法

Particle size analysis - photon correlation spectroscopy 粒度分析光子相關光譜法

For example , photon mediates electromagnetic interaction 負責傳遞電磁作用力。

52 disruptor banks , 27 photon torpedo bays 這艘船有52門激光炮27個光子魚雷發射口

An atom on an excited upper level can execute a downward transition not just spontaneously but also when photons of the radiation field surrounding the atomic interact with it . 處在較高的激發態上的原子不只可以自發地而且可以在它與原子系統周圍輻射場的光子相互作用時發生向下的躍遷。

Not all of the photons will reach the focus of the telescope because of reflection and absorption losses from the components in the optical train . 由于光學系統部件所引起的反射和吸收的損失,不是所有的光子都能到達望遠鏡的焦點。

Even so since quantitative data were scanty and the photon so radical an idea it remained unaccepted by many . 雖然如此,由于定量的數據還不足,而光子又是這樣激進的一個概念,很多人仍然不愿接受它。

This energy is transmitted through space in the form of bundles or concentrations of energy known as quanta or photons . 這種能量是以能束或能流(如量子或光量子)的形式,通過空間傳遞的。

Each type of atom or molecule has its own structure and therefore will interact with photons in its own way . 每種原子和分子都有它自己的結構,因而也就按其自己的方式同光子相互作用。

In the photon picture, an electron literally absorbs a blast of energy as opposed to a gradual trickle . 在光子圖像中,一個電子確確實實是一下子吸收一股能量,而不是逐漸地吸收。

To appreciate this behaviour let's examine the dynamics associated with the odyssey of our single photon . 為了看出這一性質,我們來考察與這個單個光子的征程相聯系的動力學。

During the transience the electron and photon populations deviate slightly from their equilibrium values respectively . 在瞬態過程中,電子和光子的密度各稍微偏離其平衡值。