photosensitized reaction
光敏反应
photosensitized process
光敏过程
photosensitized polymer
光敏聚合物
photosensitized material
光敏材料
photosensitized system
光敏系统
photosensitized dye
光敏染料
photosensitized agent
光敏剂
photosensitized surface
光敏表面
photosensitized cell
光敏细胞
photosensitized effect
光敏效应
the photosensitized material reacts under uv light.
光敏材料在紫外光下反应。
photosensitized compounds are used in various chemical reactions.
光敏化合物用于多种化学反应。
researchers are studying photosensitized processes in nature.
研究人员正在研究自然界中的光敏化过程。
photosensitized reactions can lead to energy conversion.
光敏反应可以导致能量转换。
in medicine, photosensitized drugs are used for treatment.
在医学中，光敏药物用于治疗。
photosensitized polymers are important in solar energy applications.
光敏聚合物在太阳能应用中非常重要。
photosensitized systems can enhance photocatalytic efficiency.
光敏系统可以提高光催化效率。
they developed a photosensitized sensor for environmental monitoring.
他们开发了一种用于环境监测的光敏传感器。
the photosensitized reaction was monitored using spectroscopy.
光敏反应通过光谱法进行监测。
understanding photosensitized mechanisms is vital for innovation.
理解光敏机制对创新至关重要。
photosensitized reaction
光敏反应
photosensitized process
光敏过程
photosensitized polymer
光敏聚合物
photosensitized material
光敏材料
photosensitized system
光敏系统
photosensitized dye
光敏染料
photosensitized agent
光敏剂
photosensitized surface
光敏表面
photosensitized cell
光敏细胞
photosensitized effect
光敏效应
the photosensitized material reacts under uv light.
光敏材料在紫外光下反应。
photosensitized compounds are used in various chemical reactions.
光敏化合物用于多种化学反应。
researchers are studying photosensitized processes in nature.
研究人员正在研究自然界中的光敏化过程。
photosensitized reactions can lead to energy conversion.
光敏反应可以导致能量转换。
in medicine, photosensitized drugs are used for treatment.
在医学中，光敏药物用于治疗。
photosensitized polymers are important in solar energy applications.
光敏聚合物在太阳能应用中非常重要。
photosensitized systems can enhance photocatalytic efficiency.
光敏系统可以提高光催化效率。
they developed a photosensitized sensor for environmental monitoring.
他们开发了一种用于环境监测的光敏传感器。
the photosensitized reaction was monitored using spectroscopy.
光敏反应通过光谱法进行监测。
understanding photosensitized mechanisms is vital for innovation.
理解光敏机制对创新至关重要。
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