The DL spectrum of Lagerstroemia speciosa lamin a is more complex than the fluorescence spectrum of exsomatize chlorophyll and t he former contains more physiological message.

叶片的延迟发光光体叶绿素荧光光复杂，延迟发光光包含有更多的理学信息。

The DL spectrum of Lagerstroemia speciosa lamin a is more complex than the fluorescence spectrum of exsomatize chlorophyll and t he former contains more physiological message.

叶片的延迟发光光谱比离体叶绿素荧光光谱复杂，延迟发光光谱包含有更多的生理学信息。

The DL spectrum of Lagerstroemia speciosa lamin a is more complex than the fluorescence spectrum of exsomatize chlorophyll and t he former contains more physiological message.

叶片的延迟发光光谱叶绿素荧光光谱复杂，延迟发光光谱包含有更多的生理学信息。

The DL spectrum of Lagerstroemia speciosa lamin a is more complex than the fluorescence spectrum of exsomatize chlorophyll and t he former contains more physiological message.

延迟发光光谱比离体绿素荧光光谱复杂，延迟发光光谱包含有更多生理学信息。

The DL spectrum of Lagerstroemia speciosa lamin a is more complex than the fluorescence spectrum of exsomatize chlorophyll and t he former contains more physiological message.

叶片的发光光谱比离体叶绿素荧光光谱复，发光光谱包含有更多的生理学信息。

The DL spectrum of Lagerstroemia speciosa lamin a is more complex than the fluorescence spectrum of exsomatize chlorophyll and t he former contains more physiological message.

叶片的延迟发比离体叶绿素荧复杂，延迟发包含有更多的生理学信息。

The DL spectrum of Lagerstroemia speciosa lamin a is more complex than the fluorescence spectrum of exsomatize chlorophyll and t he former contains more physiological message.

叶片的延迟发比离体叶绿素荧复杂，延迟发包含有更多的理学信息。

The DL spectrum of Lagerstroemia speciosa lamin a is more complex than the fluorescence spectrum of exsomatize chlorophyll and t he former contains more physiological message.

的延迟发光光谱比离体绿素荧光光谱复杂，延迟发光光谱包含有更多的生理学信息。

The DL spectrum of Lagerstroemia speciosa lamin a is more complex than the fluorescence spectrum of exsomatize chlorophyll and t he former contains more physiological message.

叶片的光光谱比离体叶绿素荧光光谱复杂，光光谱包含有更多的生理学信息。