luminophore emission
荧光发射
using luminophores
使用荧光体
luminophore properties
荧光体特性
novel luminophore
新型荧光体
luminophore excited
荧光体激发
luminophore decay
荧光体衰减
luminophores doped
掺杂的荧光体
luminophore solution
荧光体溶液
detecting luminophores
检测荧光体
luminophore based
基于荧光体的
the luminophore emitted a vibrant green light when excited.
该荧光团在激发时发出鲜艳的绿色光。
researchers synthesized a novel luminophore for bioimaging applications.
研究人员合成了一种新型荧光团，用于生物成像应用。
the efficiency of the luminophore was crucial for the sensor's performance.
荧光团的效率对于传感器的性能至关重要。
we characterized the luminophore's emission spectrum using spectroscopy.
我们使用光谱学表征了荧光团的发射光谱。
the luminophore's quantum yield was significantly improved with doping.
通过掺杂，荧光团的量子产率得到了显着提高。
the luminophore was incorporated into a polymer matrix for enhanced stability.
为了提高稳定性，荧光团被掺入聚合物基质中。
a red-emitting luminophore was used to label the cellular structures.
一种红光发射的荧光团被用于标记细胞结构。
the luminophore's lifetime is a key parameter in time-resolved imaging.
荧光团的寿命是时间分辨成像中的一个关键参数。
we studied the effect of temperature on the luminophore's emission.
我们研究了温度对荧光团发射的影响。
the luminophore's aggregation caused a decrease in fluorescence intensity.
荧光团的聚集导致荧光强度降低。
the luminophore's photostability was improved by adding a protective layer.
通过添加保护层，荧光团的光稳定性得到了提高。
luminophore emission
荧光发射
using luminophores
使用荧光体
luminophore properties
荧光体特性
novel luminophore
新型荧光体
luminophore excited
荧光体激发
luminophore decay
荧光体衰减
luminophores doped
掺杂的荧光体
luminophore solution
荧光体溶液
detecting luminophores
检测荧光体
luminophore based
基于荧光体的
the luminophore emitted a vibrant green light when excited.
该荧光团在激发时发出鲜艳的绿色光。
researchers synthesized a novel luminophore for bioimaging applications.
研究人员合成了一种新型荧光团，用于生物成像应用。
the efficiency of the luminophore was crucial for the sensor's performance.
荧光团的效率对于传感器的性能至关重要。
we characterized the luminophore's emission spectrum using spectroscopy.
我们使用光谱学表征了荧光团的发射光谱。
the luminophore's quantum yield was significantly improved with doping.
通过掺杂，荧光团的量子产率得到了显着提高。
the luminophore was incorporated into a polymer matrix for enhanced stability.
为了提高稳定性，荧光团被掺入聚合物基质中。
a red-emitting luminophore was used to label the cellular structures.
一种红光发射的荧光团被用于标记细胞结构。
the luminophore's lifetime is a key parameter in time-resolved imaging.
荧光团的寿命是时间分辨成像中的一个关键参数。
we studied the effect of temperature on the luminophore's emission.
我们研究了温度对荧光团发射的影响。
the luminophore's aggregation caused a decrease in fluorescence intensity.
荧光团的聚集导致荧光强度降低。
the luminophore's photostability was improved by adding a protective layer.
通过添加保护层，荧光团的光稳定性得到了提高。
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