The chromogenic responding ability increases as the substituent changes from phenyl to naphthyl or anthryl.

实验结果表明，偶氮基团引入改善了8-羟基喹啉生色能力，并且在乙腈溶液中随着取代基由苯基变为萘基和蒽基时，化合物光谱发生移。

Put forward the theory about the apparent hathochromic or hypsochromic shift on absorption peak caused by the constructive and the destructive interferences.

提出相和相消引起峰波表观移或紫移理论,并全面探讨峰波移动原因、影响及不良后果消除方法。

The chromogenic responding ability increases as the substituent changes from phenyl to naphthyl or anthryl.

实验结果表明，偶氮基团的引入改善了8-羟基喹啉的生色能力，并且在乙腈溶液中随着取代基由苯基变为萘基和蒽基时，化合物的吸收光谱发生移。

Put forward the theory about the apparent hathochromic or hypsochromic shift on absorption peak caused by the constructive and the destructive interferences.

提出相长干扰和相消干扰引起吸收峰波长表观移或紫移的理论,并全面探讨吸收峰波长移动的原因、影响及不良后果的消除方法。

The chromogenic responding ability increases as the substituent changes from phenyl to naphthyl or anthryl.

实验结果表明，偶氮基团的善了8-羟基喹啉的生色能力，并且在乙腈溶液中随着取代基由苯基变为萘基和蒽基时，化合物的吸收光谱发生移。

Put forward the theory about the apparent hathochromic or hypsochromic shift on absorption peak caused by the constructive and the destructive interferences.

提出相长干扰和相消干扰起吸收峰波长表观移或紫移的理论,并全面探讨吸收峰波长移动的原因、影良后果的消除方法。

The chromogenic responding ability increases as the substituent changes from phenyl to naphthyl or anthryl.

实验结果表明，偶氮基团的善了8-羟基喹啉的生色能力，并且在乙腈溶液中随着取代基由苯基变为萘基和蒽基时，化合物的吸收光谱发生移。

Put forward the theory about the apparent hathochromic or hypsochromic shift on absorption peak caused by the constructive and the destructive interferences.

提出相长干扰和相消干扰起吸收峰波长表观移或紫移的理论,并全面探讨吸收峰波长移动的原因、影良后果的消除方法。

The chromogenic responding ability increases as the substituent changes from phenyl to naphthyl or anthryl.

实验结果表明，偶氮基团的引入改善了8-羟基喹啉的生色能力，并且在乙腈溶液中随基由苯基变为萘基和蒽基时，化合物的吸收光谱发生。

Put forward the theory about the apparent hathochromic or hypsochromic shift on absorption peak caused by the constructive and the destructive interferences.

提出相长干扰和相消干扰引起吸收峰波长表观的理论,并全面探讨吸收峰波长动的原因、影响及不良后果的消除方法。

The chromogenic responding ability increases as the substituent changes from phenyl to naphthyl or anthryl.

实验结果表明，偶氮基团的引入改善了8-羟基喹啉的生色能力，并且在乙腈溶液中随着取代基由苯基变为萘基和蒽基时，化合物的吸收生移。

Put forward the theory about the apparent hathochromic or hypsochromic shift on absorption peak caused by the constructive and the destructive interferences.

长干扰和消干扰引起吸收峰波长表观移或紫移的理论,并全面探讨吸收峰波长移动的原因、影响及不良后果的消除方法。

The chromogenic responding ability increases as the substituent changes from phenyl to naphthyl or anthryl.

实验结，偶氮基团的引入改善了8-羟基喹啉的生色能力，并且在乙腈溶液中随着取代基由苯基变为萘基和蒽基时，化合物的吸收光谱发生移。

Put forward the theory about the apparent hathochromic or hypsochromic shift on absorption peak caused by the constructive and the destructive interferences.

提出相长干扰和相消干扰引起吸收峰波长观移或紫移的理论,并全面探讨吸收峰波长移动的原因、影响及不良后的消法。

The chromogenic responding ability increases as the substituent changes from phenyl to naphthyl or anthryl.

实验结果表明，偶氮基入改善了8-羟基喹啉生色能力，并且在乙腈溶液中随着取代基由苯基变为萘基和蒽基时，化合物吸收光谱发生移。

Put forward the theory about the apparent hathochromic or hypsochromic shift on absorption peak caused by the constructive and the destructive interferences.

提出相长干扰和相消干扰起吸收峰波长表观移或紫移理论,并全面探讨吸收峰波长移动原因、影响及果消除方法。

The chromogenic responding ability increases as the substituent changes from phenyl to naphthyl or anthryl.

验结果表明，偶氮基团的引入改善了8-羟基喹啉的生色能力，并且在乙腈溶液中随着取代基由苯基变为萘基和蒽基时，化合物的吸收光谱发生移。

Put forward the theory about the apparent hathochromic or hypsochromic shift on absorption peak caused by the constructive and the destructive interferences.

提出相长干扰和相消干扰引起吸收峰波长表观移或紫移的理论,并全面探讨吸收峰波长移动的原因、影响及不良后果的消除方法。