An elongation or enlargement of the receptacle, as in the flowers of the Boraginaceae.

雌蕊基 Gynobase 花托伸长或膨大，如紫草科花。

These camouflage protective functions may be attributed to the electronic transition of a-naphthaquinone in lithospermum erythro...

紫草迷彩伪装性能能是它主要成分α萘醌电子跃迁结果。

In contrast with different extraction methods, the alkannin could be extracted quickly and effectively by the ultrasonic wave.

研究了超声法和有机剂法提取天然紫草色素工艺条件,超声法明显提高色素提取速率。

In order to provide a basis for the research and development of gromwell,the studies on domestic extraction of alkannin was reviewed in briefly.

对国内有关紫草色素提取概况进行了综述,为研究和开发紫草提供依据。

An elongation or enlargement of the receptacle, as in the flowers of the Boraginaceae.

雌蕊基 Gynobase 花托伸长或膨大，如紫草科花。

These camouflage protective functions may be attributed to the electronic transition of a-naphthaquinone in lithospermum erythro...

紫草迷彩伪装性能可能是它主要成分α萘醌共轭电子跃迁结。

In contrast with different extraction methods, the alkannin could be extracted quickly and effectively by the ultrasonic wave.

了超声波法和有机剂法提取天然紫草工艺条件,超声波法可明显提高提取速率。

In order to provide a basis for the research and development of gromwell,the studies on domestic extraction of alkannin was reviewed in briefly.

对国内有关紫草提取概况进行了综述,为和开发紫草提供依据。

An elongation or enlargement of the receptacle, as in the flowers of the Boraginaceae.

雌蕊基 Gynobase 花托的伸长或膨大，如紫草科的花。

These camouflage protective functions may be attributed to the electronic transition of a-naphthaquinone in lithospermum erythro...

紫草迷彩伪装性能可能是它的主要成分α萘醌的共轭电子跃迁的结果。

In contrast with different extraction methods, the alkannin could be extracted quickly and effectively by the ultrasonic wave.

研究了超声波法和有机剂法提取天然紫草色素的工艺条件,超声波法可显提高色素的提取速率。

In order to provide a basis for the research and development of gromwell,the studies on domestic extraction of alkannin was reviewed in briefly.

对国内有关紫草色素提取的概况进行了综述,为研究和开发紫草提供依据。

An elongation or enlargement of the receptacle, as in the flowers of the Boraginaceae.

雌蕊基 Gynobase 花托伸长或膨大，科花。

These camouflage protective functions may be attributed to the electronic transition of a-naphthaquinone in lithospermum erythro...

迷彩伪装性能可能是它主要成分α萘醌共轭电子跃迁结果。

In contrast with different extraction methods, the alkannin could be extracted quickly and effectively by the ultrasonic wave.

研究了超声波法和有机剂法提取天然色素工艺条件,超声波法可明显提高色素提取速率。

In order to provide a basis for the research and development of gromwell,the studies on domestic extraction of alkannin was reviewed in briefly.

对国内有关色素提取进行了综述,为研究和开发提供依据。

An elongation or enlargement of the receptacle, as in the flowers of the Boraginaceae.

雌蕊基 Gynobase 托伸长或膨大，如草科。

These camouflage protective functions may be attributed to the electronic transition of a-naphthaquinone in lithospermum erythro...

草迷彩伪装性能可能是它主要成分α萘醌共轭电子跃迁结果。

In contrast with different extraction methods, the alkannin could be extracted quickly and effectively by the ultrasonic wave.

研究了超声波法和有机剂法取天然草工艺条件,超声波法可明显高取速率。

In order to provide a basis for the research and development of gromwell,the studies on domestic extraction of alkannin was reviewed in briefly.

对国内有关草取概况进行了综述,为研究和开发草供依据。

An elongation or enlargement of the receptacle, as in the flowers of the Boraginaceae.

雌蕊基 Gynobase 花托的伸长或膨大，如紫草科的花。

These camouflage protective functions may be attributed to the electronic transition of a-naphthaquinone in lithospermum erythro...

紫草迷彩伪装性能可能是它的主要成分α萘醌的共轭电子跃迁的结果。

In contrast with different extraction methods, the alkannin could be extracted quickly and effectively by the ultrasonic wave.

研究了超声波法和有机剂法取天然紫草色素的工艺条件,超声波法可明显高色素的取速率。

In order to provide a basis for the research and development of gromwell,the studies on domestic extraction of alkannin was reviewed in briefly.

对国内有关紫草色素取的概况进行了综述,为研究和开发紫草据。

An elongation or enlargement of the receptacle, as in the flowers of the Boraginaceae.

雌蕊基 Gynobase 花托的伸长或膨大，如紫草科的花。

These camouflage protective functions may be attributed to the electronic transition of a-naphthaquinone in lithospermum erythro...

紫草迷彩伪装性能可能是它的主α萘醌的共轭电子跃迁的结果。

In contrast with different extraction methods, the alkannin could be extracted quickly and effectively by the ultrasonic wave.

研究了超声波法和有机剂法取天然紫草素的工艺条件,超声波法可明显素的取速率。

In order to provide a basis for the research and development of gromwell,the studies on domestic extraction of alkannin was reviewed in briefly.

对国内有关紫草素取的概况进行了综述,为研究和开发紫草供依据。

An elongation or enlargement of the receptacle, as in the flowers of the Boraginaceae.

雌蕊基 Gynobase 花托的伸长或膨大，如紫草科的花。

These camouflage protective functions may be attributed to the electronic transition of a-naphthaquinone in lithospermum erythro...

紫草迷彩伪装性能可能是它的主要成分α萘醌的共轭电子跃迁的结果。

In contrast with different extraction methods, the alkannin could be extracted quickly and effectively by the ultrasonic wave.

研究了超声波法和有机剂法取天然紫草色素的工艺条件,超声波法可明显高色素的取速率。

In order to provide a basis for the research and development of gromwell,the studies on domestic extraction of alkannin was reviewed in briefly.

对国内有关紫草色素取的概况进行了综述,为研究和开发紫草据。

An elongation or enlargement of the receptacle, as in the flowers of the Boraginaceae.

雌蕊基 Gynobase 花托的伸长或膨大，如科的花。

These camouflage protective functions may be attributed to the electronic transition of a-naphthaquinone in lithospermum erythro...

迷彩伪装性能可能是它的主要成分α萘醌的共轭电子跃迁的结果。

In contrast with different extraction methods, the alkannin could be extracted quickly and effectively by the ultrasonic wave.

研声波法和有机剂法提取天然素的工艺条件,声波法可明显提高素的提取速率。

In order to provide a basis for the research and development of gromwell,the studies on domestic extraction of alkannin was reviewed in briefly.

对国内有关素提取的概况进行综述,为研和开发提供依据。