fluoresce
fluoresce 的音标是[flu?res?s],中文翻译为“发荧光”。这个词来源于拉丁语fluere(流),表示发光或闪耀。 #
对于fluoresce的速记技巧,可以尝试以下几种形式: #
1. 分解单词:将fluoresce这个单词分解成fluoresc(e)和e两个部分。其中,fluoresc表示荧光的意思,e通常代表容易记住的部分。可以尝试将荧光e与容易记住的事物或场景联系起来,例如荧光棒、夜晚的霓虹灯等。 #
2. 形象记忆:利用荧光的特点,将其与形象记忆相结合。例如,可以将荧光想象成一种会发光的物体,从而轻松记住fluoresce这个单词。
3. 词根词缀记忆:如果已经了解fluoresc(e)这个前缀表示“发光”的意思,那么记住fluoresce就相对容易了。同时,注意到单词中有一个e后缀,这在许多英语单词中表示某种程度或状态,有助于加强记忆。 #
至于变化形式,可以参考以下内容: #
1. 名词形式:fluorescence。将其理解为荧光现象或荧光物质,有助于记忆。
2. 形容词形式:fluorescent。将其理解为荧光的或发荧光的,有助于理解记忆。 #
3. 动词形式:to fluoresce。将其理解为发出荧光或闪耀荧光,有助于口头记忆和应用。 #
以上都是一些基本的速记技巧和变化形式,可以根据自己的实际情况和习惯选择适合的方法进行记忆。同时,多次重复记忆也是一个有效的方法。
fluoresce 的常用短语:
1. fluoresce under UV light:在UV光下发光
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2. fluoresce brightly:发出明亮的荧光 #
3. fluoresce at a wavelength of X:在X波长处发出荧光 #
4. fluoresce in the presence of Y:在存在Y的情况下发出荧光
5. fluoresce intensely:强烈地发光 #
6. fluoresce in response to stimulation:响应刺激而发光 #
例句:
1. When exposed to UV light, the stained cells began to fluoresce brightly, indicating that the stain had taken effect.(被染色的细胞在暴露于UV光时开始强烈发光,表明染色剂已经生效。) #
2. The sample under investigation fluoresces at a wavelength of 250 nanometers, making it easy to identify and study.(所研究的样品在250纳米波长下发出荧光,使其易于识别和研究。) #
3. The newly developed fluorescent material can fluoresce intensely in the presence of oxygen, making it suitable for use in a wide range of applications.(新开发的荧光材料在有氧存在时能强烈发光,使其适合于广泛的应用。)
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4. The protein under study fluoresces in response to stimulation, making it possible to observe its behavior in real time.(所研究蛋白质响应刺激而发光,使其能够实时观察其行为。)
5. The bacteria under investigation fluoresces at a wavelength of 490 nanometers, making it possible to identify them easily under a microscope.(所研究的细菌在490纳米波长下发出荧光,使其能够在显微镜下轻松识别。 )
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6. The sample fluoresces intensely when excited by a laser beam, making it possible to study its structure in detail.(当用激光束激发样品时,样品强烈发光,使其能够详细研究其结构。)
7. The newly developed fluorescent ink can be used for labeling various materials and fluoresces brightly under UV light, making it easy to identify and track them.(新开发的荧光墨水可用于标记各种材料,并在UV光下发出明亮的光,使其易于识别和追踪。) #

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