Multi-walled carbon nanotubes (MWCNTs) and magnesium aluminate (MgAl_(2)O_(4)) were coated on either side of a commercially available Celgard 2320 membrane by a simple doctor blade method. This trilayer membrane (TLM)...Multi-walled carbon nanotubes (MWCNTs) and magnesium aluminate (MgAl_(2)O_(4)) were coated on either side of a commercially available Celgard 2320 membrane by a simple doctor blade method. This trilayer membrane (TLM) was subjected to ionic conductivity,thermal stability and contact angle measurements. Each layer of the TLM functions for a specific purpose: the MWCNTs provide electronic conductivity while the pores of the Celgard 2320 membrane facilitate lithium-ion transport and MgAl_(2)O_(4) suppresses the shuttling of polysulfides due to the electrostatic attractive force. The TLM exhibited superior thermal stability and ionic conductivity than the uncoated Celgard 2320 membrane. The Li-S cell with a TLM offered a higher discharge capacity than the one with an uncoated membrane. The results are compared with earlier reports.展开更多
Currently, the 4G network service has caused massive digital growth in high use. Video calling has become the go-to Internet application for many people, downloading even huge files in minutes. Everyone is looking for...Currently, the 4G network service has caused massive digital growth in high use. Video calling has become the go-to Internet application for many people, downloading even huge files in minutes. Everyone is looking for and buying only 4G Subscriber Identity Module (SIM)-capable mobiles. In this case, the expectation of 5G has increased in line with 2G, 3G, and 4G, where the G stands for generation, and it does not indicate Internet or Internet speed. 5G includes next-generation features that are more advanced than those available in 4G network services. The main objective of 5G is uninterrupted telecommunication service in hybrid energy storage system. This paper proposes an intelligent networking model to obtain the maximum energy efficiency and Artificial Intelligence (AI) automation of 5G networks. There is currently an issue where the signal cuts out when crossing an area with one tower and traveling to an area with another tower. The problem of “call drop”, where the call is disconnected while talking, is not present in 5G. The proposed Intelligent Computational Model (ICM) model obtained 96.31% network speed management, 90.63% battery capacity management, 92.27% network device management, 93.57% energy efficiency, and 88.41% AI automation.展开更多
文摘Multi-walled carbon nanotubes (MWCNTs) and magnesium aluminate (MgAl_(2)O_(4)) were coated on either side of a commercially available Celgard 2320 membrane by a simple doctor blade method. This trilayer membrane (TLM) was subjected to ionic conductivity,thermal stability and contact angle measurements. Each layer of the TLM functions for a specific purpose: the MWCNTs provide electronic conductivity while the pores of the Celgard 2320 membrane facilitate lithium-ion transport and MgAl_(2)O_(4) suppresses the shuttling of polysulfides due to the electrostatic attractive force. The TLM exhibited superior thermal stability and ionic conductivity than the uncoated Celgard 2320 membrane. The Li-S cell with a TLM offered a higher discharge capacity than the one with an uncoated membrane. The results are compared with earlier reports.
基金supported by the Advanced and Innovative Research Laboratory(AAIR Labs-www.aairlab.com)India(No.AAIRL-IN-2023-47).
文摘Currently, the 4G network service has caused massive digital growth in high use. Video calling has become the go-to Internet application for many people, downloading even huge files in minutes. Everyone is looking for and buying only 4G Subscriber Identity Module (SIM)-capable mobiles. In this case, the expectation of 5G has increased in line with 2G, 3G, and 4G, where the G stands for generation, and it does not indicate Internet or Internet speed. 5G includes next-generation features that are more advanced than those available in 4G network services. The main objective of 5G is uninterrupted telecommunication service in hybrid energy storage system. This paper proposes an intelligent networking model to obtain the maximum energy efficiency and Artificial Intelligence (AI) automation of 5G networks. There is currently an issue where the signal cuts out when crossing an area with one tower and traveling to an area with another tower. The problem of “call drop”, where the call is disconnected while talking, is not present in 5G. The proposed Intelligent Computational Model (ICM) model obtained 96.31% network speed management, 90.63% battery capacity management, 92.27% network device management, 93.57% energy efficiency, and 88.41% AI automation.
