求高手帮忙翻译，谢谢了，不要软件翻译的

Industry cyclohexanone and cyclohexanol production technology is mainly cyclohexane oxidation no catalyst method, this process there are low conversion rate, selective poor. Therefore, both at home and abroad for many years to cyclohexane catalyzed oxidation take so many exploration, but in industrial technology and not substantially improved. In resources and environmental protection is valued today, the urgent need to development environment friendly, high activity and high selectivity cyclohexane oxidation catalyst.
Metallic porphyrin as the best effect of a class of bionic catalyst, can realize in mild conditions molecular oxygen activation, and to show high activity and selectivity, is increasingly attention by people.
This paper by four (4-methyl phenyl) porphyrin cobalt (Tp-MPPCo), four (3-methyl phenyl) porphyrin cobalt (Tm-MPPCo), four phenyl porphyrin cobalt (TPPCo) as catalyst, agents, the single factor experiment conditions, mainly examines the reaction time, reaction temperature of three factors such as catalytic oxidation cyclohexane to influence the reaction. And with cyclohexane conversion, alcohol had selective index for testosterone, the results of the experiment were analysed. The experimental results show that: (1) the four phenyl porphyrin cobalt with a single methyl benzene rings even after substituents, the performance of the catalyst change is: methyl substituents between in a, the catalytic activity improved, and selective is high; Methyl substituents in registration, the catalytic activity and the four phenyl porphyrin cobalt catalytic activity basic same, but selectively lower; (2) study of optimal index reached a reaction condition is: to Tm-MPPCo as catalyst, reaction temperature is 150 ℃, reaction time is 50 min. At this time of cyclohexane conversion rate reached 8.03%, 91.3% alcohol ketone selective.

Industry cyclohexanone and cyclohexanol production technology is mainly cyclohexane oxidation no catalyst method, this process there are low conversion rate, selective poor. Therefore, both at home and abroad for many years to cyclohexane catalyzed oxidation take so many exploration, but in industrial technology and not substantially improved. In resources and environmental protection is valued today, the urgent need to development environment friendly, high activity and high selectivity cyclohexane oxidation catalyst.
Metallic porphyrin as the best effect of a class of bionic catalyst, can realize in mild conditions molecular oxygen activation, and to show high activity and selectivity, is increasingly attention by people.
This paper by four (4-methyl phenyl) porphyrin cobalt (Tp-MPPCo), four (3-methyl phenyl) porphyrin cobalt (Tm-MPPCo), four phenyl porphyrin cobalt (TPPCo) as catalyst, agents, the single factor experiment conditions, mainly examines the reaction time, reaction temperature of three factors such as catalytic oxidation cyclohexane to influence the reaction. And with cyclohexane conversion, alcohol had selective index for testosterone, the results of the experiment were analysed. The experimental results show that: (1) the four phenyl porphyrin cobalt with a single methyl benzene rings even after substituents, the performance of the catalyst change is: methyl substituents between in a, the catalytic activity improved, and selective is high; Methyl substituents in registration, the catalytic activity and the four phenyl porphyrin cobalt catalytic activity basic same, but selectively lower; (2) study of optimal index reached a reaction condition is: to Tm-MPPCo as catalyst, reaction temperature is 150 ℃, reaction time is 50 min. At this time of cyclohexane conversion rate reached 8.03%, 91.3% alcohol ketone selective

Industry cyclohexanone and cyclohexanol production technology is mainly cyclohexane oxidation no catalyst method, this process there are low conversion rate, selective poor. Therefore, both at home and abroad for many years to cyclohexane catalyzed oxidation take so many exploration, but in industrial technology and not substantially improved. In resources and environmental protection is valued today, the urgent need to development environment friendly, high activity and high selectivity cyclohexane oxidation catalyst.

Metallic porphyrin as the best effect of a class of bionic catalyst, can realize in mild conditions molecular oxygen activation, and to show high activity and selectivity, is increasingly attention by people.

This paper by four (4-methyl phenyl) porphyrin cobalt (Tp-MPPCo), four (3-methyl phenyl) porphyrin cobalt (Tm-MPPCo), four phenyl porphyrin cobalt (TPPCo) as catalyst, agents, the single factor experiment conditions, mainly examines the reaction time, reaction temperature of three factors such as catalytic oxidation cyclohexane to influence the reaction. And with cyclohexane conversion, alcohol had selective index for testosterone, the results of the experiment were analysed. The experimental results show that: (1) the four phenyl porphyrin cobalt with a single methyl benzene rings even after substituents, the performance of the catalyst change is: methyl substituents between in a, the catalytic activity improved, and selective is high; Methyl substituents in registration, the catalytic activity and the four phenyl porphyrin cobalt catalytic activity basic same, but selectively lower; (2) study of optimal index reached a reaction condition is: to Tm-MPPCo as catalyst, reaction temperature is 150 ℃, reaction time is 50 min. At this time of cyclohexane conversion rate reached 8.03%, 91.3% alcohol ketone selective.

谢谢