荧光共振能量转移是一种通过荧光物质间发生荧光能量转移进行分析的实验方法。
Fluorescence resonance energy transfer is an analytical method by transfering energy between fluorescent substances.
由于单股和双股DNA与聚合体之间具有不同的相互作用能力，因而可通过不同荧光能量共振转移效率识别杂交事件。
The hybridization event was recognized by the different FRET efficiencies due to different interaction abilities of single-stranded and double-stranded DNA with the polymer.
确实，传统的电灯泡只将5%的能量换化为光能，荧光管则用15%的能量换化为光能，而凯若维森灯的能源利用率至少是50%。
Indeed, whereas traditional light bulbs emit just 5% of their energy as light, and fluorescent tubes about 15%, the Ceravision lamp has an efficiency greater than 50%.
后来开发出荧光涂料，其特性是在明亮环境时，吸收并储存光能，在黑暗环境，释放能量而发光。(注：有的荧光材料还因温差而吸收能量)。
Then came fluorescent paints that glowed in the dark by releasing light energy stored while the surrounding light was bright.
后来开发出荧光涂料，其特性是在明亮环境时，吸收并储存光能，在黑暗环境，释放能量而发光。(注：有的荧光材料还因温差而吸收能量)。
Then came fluorescent paints that glowed in the dark by releasing light energy stored while the surrounding light was bright.
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