...收一定频率的光子后被 激发到更高的电子能态,但是供体没有直接辐射荧光而回到基态,而是将能量转移给邻 近的 受体 ( Acceptors ),也就是说发生能量共振转移。含绿色荧光蛋白的FRET探针‘30,31】 是应用最广泛的一种荧光共振能量转移探针。
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failure acceptors 失败接受者
ionized acceptors 电离了的受主杂质浓度
indium-phosphide acceptors 磷化铟受主
Unionized acceptors 未游离受子
electron acceptors 电子受体
blood acceptors 受血者
The results of Energy Spectra show that acceptors Sr are mainly segregated in the grain boundary, which greatly contribute to the form of varistor barrier.
能谱分析表明:受主杂质主要偏析于晶界,这有利于形成具有良好压敏电阻特性的晶界势垒。
参考来源 - 二氧化钛基压敏陶瓷制备及性能研究·2,447,543篇论文数据,部分数据来源于NoteExpress
以上来源于: WordNet
N the person or organization on which a draft or bill of exchange is drawn after liability has been accepted, usually by signature 承兑人 [商业]
接受体在哪里呢?
For acceptors, ads might show some latest information.
对于接收者来说,广告或许能展示给他们最新的信息。
The reduced binding of the toxin to the midgut acceptors.
中肠的吸附位点对毒素蛋白的亲和力下降。
So, these are poor electron donors but also a good electron acceptors, and we call these non-metals.
所以这些元素都不易失电子,但是它们是很好的电子受体,我们把这些叫做非金属。
You have equal numbers of donors and acceptors.
你有等量的电子给体和受体。
And if we talk about what's going on in areas, or with atoms that have high electronegativity, and we think about whether they're electron donors or electron acceptors, what would you expect for an atom that has high electronegativity?
如果我们要讨论这片区域的情况,或者说讨论这些电负性很高的原子,我们会把它们想象成电子的施主,还是受主?,大家认为哪一种,是电负性很高的原子?
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