太阳是发光体。
太阳与恒星都是发光体。
一个发光体的辉度，当然因方向不同而异。
The brilliance of a luminous object may, of course, be different in different directions.
太阳和星星是发光体。
此外，探讨了该抑制化学发光体系的作用机理。
Moreover, the reaction mechanism of the chemiluminescence system has been primarily discussed.
酷是一种态度， 只要专注自信他就会成为发光体。
Being cool is an attitude – it rooted from confidence deep inside.
该发光体在低温下具有较高的内聚力，高温时容易瓦解。
This luminosity has great cohesive force at low temperature and.
因此本文主要立足于静态电致化学发光体系的性质研究。
Therefore, the study was focus on static ECL in the whole thesis.
光源，发光体：光的来源，特指灯、灯笼或某种带电发光装置。
A source of light, especially a lamp, a lantern, or an electric lighting fixture.
灯塔可成为一个闪烁的发光体——就像夜空中的一只巨大的萤火虫。
The light may be one that blinks-like a giant firefly in the night.
灯塔可成为一个闪烁的发光体——就像夜空中的一只巨大的萤火虫。
The light may be one that blinks-like a giant firefly in the night.
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