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果。

In this thesis, interaction of indolizine-naphthoquinone compounds (INQ) with calf thymus DNA(CT-DNA) was investigated using the electrochemical and spectroscopic methods.

本文用电化学及光谱方法研究中氮茚萘醌化（INQ）小牛胸腺DNA（CT-DNA）相互作用。

This paper intends to report three experimentally simple preparations of naphthoquinone, hydroquinone and the corresponding mixed quinhydrone,all redox chemistry being carried out in the solid state.

通过固体氧化还原作用以制取α-萘醌,氢醌以及对应醌氢醌试剂,所有反应均在固体状态下进行.

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醌共轭电子跃迁结果。

In this thesis, interaction of indolizine-naphthoquinone compounds (INQ) with calf thymus DNA(CT-DNA) was investigated using the electrochemical and spectroscopic methods.

本文用电化学方法研究了中氮茚醌化合物（INQ）与小牛胸腺DNA（CT-DNA）相互作用。

This paper intends to report three experimentally simple preparations of naphthoquinone, hydroquinone and the corresponding mixed quinhydrone,all redox chemistry being carried out in the solid state.

报导了通过固体氧化还原作用以α-醌,氢醌以对应醌氢醌试剂,所有反应均在固体状态下进行.

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萘共轭电子跃果。

In this thesis, interaction of indolizine-naphthoquinone compounds (INQ) with calf thymus DNA(CT-DNA) was investigated using the electrochemical and spectroscopic methods.

本文用电化学及光谱方法研究了中氮茚萘化合物（INQ）与小牛胸腺DNA（CT-DNA）相互作用。

This paper intends to report three experimentally simple preparations of naphthoquinone, hydroquinone and the corresponding mixed quinhydrone,all redox chemistry being carried out in the solid state.

报导了通过固体氧化还原作用以制取α-萘,以及对应试剂,所有反应均在固体状态下进行.

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。

In this thesis, interaction of indolizine-naphthoquinone compounds (INQ) with calf thymus DNA(CT-DNA) was investigated using the electrochemical and spectroscopic methods.

文用电化学及光谱方法研究了中氮茚萘醌化合物（INQ）与小牛胸腺DNA（CT-DNA）相互作用。

This paper intends to report three experimentally simple preparations of naphthoquinone, hydroquinone and the corresponding mixed quinhydrone,all redox chemistry being carried out in the solid state.

报导了通过固体氧化还原作用以制取α-萘醌,氢醌以及醌氢醌试剂,所有反均在固体状态下进行.

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 this thesis, interaction of indolizine-naphthoquinone compounds (INQ) with calf thymus DNA(CT-DNA) was investigated using the electrochemical and spectroscopic methods.

用电化学光谱方法研究了中氮茚萘醌化合物（INQ）与小牛胸腺DNA（CT-DNA）相互作用。

This paper intends to report three experimentally simple preparations of naphthoquinone, hydroquinone and the corresponding mixed quinhydrone,all redox chemistry being carried out in the solid state.

报导了通过固体氧化还原作用以制取α-萘醌,氢醌以醌氢醌试剂,所有反均在固体状态下进行.

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共轭电子跃迁结果。

In this thesis, interaction of indolizine-naphthoquinone compounds (INQ) with calf thymus DNA(CT-DNA) was investigated using the electrochemical and spectroscopic methods.

本文用电化学及光谱方法研究了中氮茚化合物（INQ）与小牛胸腺DNA（CT-DNA）相互作用。

This paper intends to report three experimentally simple preparations of naphthoquinone, hydroquinone and the corresponding mixed quinhydrone,all redox chemistry being carried out in the solid state.

报导了通过固体氧化还原作用以制取α-,氢以及对氢试剂,所有在固体状态下进行.

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

紫草迷彩伪装性可主要成分α萘醌共轭电子跃迁结果。

In this thesis, interaction of indolizine-naphthoquinone compounds (INQ) with calf thymus DNA(CT-DNA) was investigated using the electrochemical and spectroscopic methods.

本文用电化学及光谱方法研究了中氮茚萘醌化合物（INQ）与小牛胸腺DNA（CT-DNA）相互作用。

This paper intends to report three experimentally simple preparations of naphthoquinone, hydroquinone and the corresponding mixed quinhydrone,all redox chemistry being carried out in the solid state.

报导了通过固体氧化还原作用以制取α-萘醌,氢醌以及对应醌氢醌试剂,所有反应均在固体状态.

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果。

In this thesis, interaction of indolizine-naphthoquinone compounds (INQ) with calf thymus DNA(CT-DNA) was investigated using the electrochemical and spectroscopic methods.

本文用电化学及光谱方法中氮茚萘醌化合物（INQ）与小牛胸腺DNA（CT-DNA）相互用。

This paper intends to report three experimentally simple preparations of naphthoquinone, hydroquinone and the corresponding mixed quinhydrone,all redox chemistry being carried out in the solid state.

报导通过固体氧化用以制取α-萘醌,氢醌以及对应醌氢醌试剂,所有反应均在固体状态下进行.

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果。

In this thesis, interaction of indolizine-naphthoquinone compounds (INQ) with calf thymus DNA(CT-DNA) was investigated using the electrochemical and spectroscopic methods.

本文用电化学及光谱方法研究了中氮茚萘醌化合物（INQ）与小DNA（CT-DNA）用。

This paper intends to report three experimentally simple preparations of naphthoquinone, hydroquinone and the corresponding mixed quinhydrone,all redox chemistry being carried out in the solid state.

报导了通过固体氧化还原用以制取α-萘醌,氢醌以及对应醌氢醌试剂,所有反应均在固体状态下进行.