The research progress in the mimicking of carbonic an hydrase,hydrolase and redox enzyme is reviewed.

综述了环糊精金属配合用作模拟碳酸酐酶、水解酶、化还原酶研究进展。

Several passive biosorption mechanisms of uranium such as complexation,redox,microprecipitation and ion exchange are discussed,and the trend of development is forecasted.

探讨了微对铀被动吸附机理,论述了其表面配合、化还原、无机微沉淀及离子交换等过程,并进行了展望。

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.

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

The research progress in the mimicking of carbonic an hydrase,hydrolase and redox enzyme is reviewed.

综述了环糊精金属配合物用作模拟碳酸酐酶、水解酶、氧酶的研究进展。

Several passive biosorption mechanisms of uranium such as complexation,redox,microprecipitation and ion exchange are discussed,and the trend of development is forecasted.

探讨了微生物对铀的被动吸附机理,论述了其表面配合、氧、无机微沉淀及离子交换等过程,并进行了展望。

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.

报导了通过固氧作用以制取α-萘醌,氢醌以及对的醌氢醌试剂,所有反均在固状态下进行.

The research progress in the mimicking of carbonic an hydrase,hydrolase and redox enzyme is reviewed.

综述了环糊精金属配合物用作模拟碳酸酐酶、水解酶、氧化酶的研究进展。

Several passive biosorption mechanisms of uranium such as complexation,redox,microprecipitation and ion exchange are discussed,and the trend of development is forecasted.

探讨了微生物对铀的被动吸附机理,论述了其表面配合、氧化、无机微沉淀及离子交换等过程,并进行了展望。

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作用以制取α-萘醌,氢醌以及对的醌氢醌试剂,所有均在固体状态下进行.

The research progress in the mimicking of carbonic an hydrase,hydrolase and redox enzyme is reviewed.

综述了环糊精金属配合物用作模拟碳酸酐酶、水解酶、原酶研究进展。

Several passive biosorption mechanisms of uranium such as complexation,redox,microprecipitation and ion exchange are discussed,and the trend of development is forecasted.

探讨了微生物对铀被动吸附机理,论述了其表面配合、原、无机微沉淀及离子交换等过程,并进行了展望。

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.

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

The research progress in the mimicking of carbonic an hydrase,hydrolase and redox enzyme is reviewed.

综述了环糊精金属配合模拟碳酸酐酶、水解酶、氧化还原酶的研究进展。

Several passive biosorption mechanisms of uranium such as complexation,redox,microprecipitation and ion exchange are discussed,and the trend of development is forecasted.

探讨了微生对铀的被动吸附机理,论述了其表面配合、氧化还原、无机微沉淀及离子交换等过程,并进行了展望。

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以制取α-萘醌,氢醌以及对的醌氢醌试剂,所有反均在固体状态下进行.

The research progress in the mimicking of carbonic an hydrase,hydrolase and redox enzyme is reviewed.

综述了环糊精金属配合物用作模拟碳酸酐酶、水解酶、酶的研究进展。

Several passive biosorption mechanisms of uranium such as complexation,redox,microprecipitation and ion exchange are discussed,and the trend of development is forecasted.

探讨了微生物对铀的动吸附机理,论述了其表面配合、、无机微沉淀及离子交换等过程,并进行了展望。

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.

报导了通过固体作用以制取α-萘醌,氢醌以及对的醌氢醌试剂,所有反均在固体状态下进行.

The research progress in the mimicking of carbonic an hydrase,hydrolase and redox enzyme is reviewed.

综述了环糊精金属配合物用作模拟碳酸酐、水解、氧究进展。

Several passive biosorption mechanisms of uranium such as complexation,redox,microprecipitation and ion exchange are discussed,and the trend of development is forecasted.

探讨了微生物对铀被动吸附机理,论述了其表面配合、氧、无机微沉淀及离子交换等过程,并进行了展望。

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.

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

The research progress in the mimicking of carbonic an hydrase,hydrolase and redox enzyme is reviewed.

综述了环糊精金属配合物模拟碳酸酐酶、水解酶、氧化还酶的研究。

Several passive biosorption mechanisms of uranium such as complexation,redox,microprecipitation and ion exchange are discussed,and the trend of development is forecasted.

讨了微生物对铀的被动吸附机理,论述了其表面配合、氧化还、无机微沉淀及离子交换等过程,并行了望。

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以制取α-萘醌,氢醌以及对的醌氢醌试剂,所有反均在固体状态下行.

The research progress in the mimicking of carbonic an hydrase,hydrolase and redox enzyme is reviewed.

综述了环糊精金属配作模拟碳酸酐酶、水解酶、氧还原酶的研究进展。

Several passive biosorption mechanisms of uranium such as complexation,redox,microprecipitation and ion exchange are discussed,and the trend of development is forecasted.

探讨了微生对铀的被动吸附机理,论述了其表面配、氧还原、无机微沉淀及离子交换等过程,并进行了展望。

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.

报导了通过固体氧还原作以制取α-萘醌,氢醌以及对的醌氢醌试剂,所有反均在固体状态下进行.

The research progress in the mimicking of carbonic an hydrase,hydrolase and redox enzyme is reviewed.

综述了环糊精金属配合物用作模拟碳、水解、氧化还原的研究进展。

Several passive biosorption mechanisms of uranium such as complexation,redox,microprecipitation and ion exchange are discussed,and the trend of development is forecasted.

探讨了微生物对铀的被动吸附机理,论述了其表面配合、氧化还原、无机微沉淀及离子交换等过程,并进行了展望。

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,氢醌以及对的醌氢醌试剂,所有反均在固体状态下进行.