As the performance of an air-cooled condenser is apt to be affected by the fluctuating ambient condition, some difficulties are brought to the use of a steam feeding water pump in an air-cooled unit. This paper introd...As the performance of an air-cooled condenser is apt to be affected by the fluctuating ambient condition, some difficulties are brought to the use of a steam feeding water pump in an air-cooled unit. This paper introduces a new design of for steam feeding the water pump of an air-cooled unit using the back-pressure steam turbine as the prime motor. Using variable condition analysis on a 600 MW direct air-cooled unit, and with consideration of the effect on the ambient conditions, the feasibility, economy, and adaptability of the design are verified.展开更多
One of ways of intensification of process of manufacture of heterogeneous tinned products of fruits and vegetables is the use of sated water steam （Patent of USSR No. 500792）. This process at application as consumer...One of ways of intensification of process of manufacture of heterogeneous tinned products of fruits and vegetables is the use of sated water steam （Patent of USSR No. 500792）. This process at application as consumer glass container for such products is especially effective. However, there are some questions which are connected with thermal influence on glass container at realization of such heating. The given research is devoted as the decision of practical questions arising at process engineers.展开更多
Capturing solar energy as heat for water treatment has become a substantial approach to obtain freshwater.To obtain higher performance,the understanding of the mechanism of how water molecules interact with the interf...Capturing solar energy as heat for water treatment has become a substantial approach to obtain freshwater.To obtain higher performance,the understanding of the mechanism of how water molecules interact with the interface is particularly fundamental,because the migration process of water molecules on the evaporation interface will directly affect the performance of the device.Herein we regulate the number of hydroxyl groups on the surface of reduced graphene oxide quantitatively,to study the effect of different wettability of interfaces on the performance of solar water generators.The water evaporation performance displays a volcanic shape as increasing wettability.Calculated by the computational chemistry method,deviation from proper wetting humidity is not conducive to the migration of water molecules from the surface.The double-edged sword effect of wettability on performances is clarified,and the surface energy density is the key to break through the limit by the finite element method.展开更多
文摘As the performance of an air-cooled condenser is apt to be affected by the fluctuating ambient condition, some difficulties are brought to the use of a steam feeding water pump in an air-cooled unit. This paper introduces a new design of for steam feeding the water pump of an air-cooled unit using the back-pressure steam turbine as the prime motor. Using variable condition analysis on a 600 MW direct air-cooled unit, and with consideration of the effect on the ambient conditions, the feasibility, economy, and adaptability of the design are verified.
文摘One of ways of intensification of process of manufacture of heterogeneous tinned products of fruits and vegetables is the use of sated water steam （Patent of USSR No. 500792）. This process at application as consumer glass container for such products is especially effective. However, there are some questions which are connected with thermal influence on glass container at realization of such heating. The given research is devoted as the decision of practical questions arising at process engineers.
基金funding from the National Natural Science Foundation of China(Nos.21871009 and 21527803)the Youth Science Foundation of Hubei University(No.202011303000002)China Postdoctoral Science Foundation(No.2018M641064).
文摘Capturing solar energy as heat for water treatment has become a substantial approach to obtain freshwater.To obtain higher performance,the understanding of the mechanism of how water molecules interact with the interface is particularly fundamental,because the migration process of water molecules on the evaporation interface will directly affect the performance of the device.Herein we regulate the number of hydroxyl groups on the surface of reduced graphene oxide quantitatively,to study the effect of different wettability of interfaces on the performance of solar water generators.The water evaporation performance displays a volcanic shape as increasing wettability.Calculated by the computational chemistry method,deviation from proper wetting humidity is not conducive to the migration of water molecules from the surface.The double-edged sword effect of wettability on performances is clarified,and the surface energy density is the key to break through the limit by the finite element method.
