This paper discusses the mechanism of insulin resistance in obesity from the research progress of Chinese and Western medicine and its oxidative stress,inflammatory reaction and abnormal lipid metabolism in cognitive ...This paper discusses the mechanism of insulin resistance in obesity from the research progress of Chinese and Western medicine and its oxidative stress,inflammatory reaction and abnormal lipid metabolism in cognitive dysfunction.It also reviews the research progress of massage,one of the external treatment methods of traditional Chinese medicine,in the treatment of insulin resistance and cognitive dysfunction in obesity,in order to provide more new ideas and new ways for clinical diagnosis and treatment of insulin resistance and related cognitive dysfunction caused by obesity.展开更多
Due to the uncertainty and anti-peaking nature,large scale integration of renewable energy imposes great challenges to the operation and dispatch of power systems.Compressed air energy storage(CAES)system provides new...Due to the uncertainty and anti-peaking nature,large scale integration of renewable energy imposes great challenges to the operation and dispatch of power systems.Compressed air energy storage(CAES)system provides new ideas to solve this problem as its characteristics of fast regulating,flexible location and long-service life.Especially,regenerative compressed air energy storage(RCAES)system is widely concerned as its capability of heat recovery in the compression process.The cycle efficiency is a key indicator of RCAES system which can be significantly impacted by the key parameters of the systems including compression ratio,exhaust air pressure of throttle(EAPT)and the maximum working pressure(MWP)of compressed air storage vessel(CASV).However,current research mostly focuses on the thermodynamic process and few studies have focused on the impact of key parameters on RCAES system.Based on the efficiency evaluation method which was formulated through the electricalmechanical-thermal dynamic process and measurable parameters,the impact of key parameters on the cycle efficiency of RCAES system is analyzed in this paper and a practical RCAES design scheme is adopted for case study.展开更多
基金Supported by National Natural Science Foundation of China(82174525)Jilin Science and Technology Development Plan Project(YDZJ202201ZYTS195)Jilin Traditional Chinese Medicine Science and Technology Project in 2022(2022128).
文摘This paper discusses the mechanism of insulin resistance in obesity from the research progress of Chinese and Western medicine and its oxidative stress,inflammatory reaction and abnormal lipid metabolism in cognitive dysfunction.It also reviews the research progress of massage,one of the external treatment methods of traditional Chinese medicine,in the treatment of insulin resistance and cognitive dysfunction in obesity,in order to provide more new ideas and new ways for clinical diagnosis and treatment of insulin resistance and related cognitive dysfunction caused by obesity.
基金This work is supported by National Science Foundation of China(51321005)Technology Projects of State Grid Corporation of China(SGCC)(KJ-2012-627).
文摘Due to the uncertainty and anti-peaking nature,large scale integration of renewable energy imposes great challenges to the operation and dispatch of power systems.Compressed air energy storage(CAES)system provides new ideas to solve this problem as its characteristics of fast regulating,flexible location and long-service life.Especially,regenerative compressed air energy storage(RCAES)system is widely concerned as its capability of heat recovery in the compression process.The cycle efficiency is a key indicator of RCAES system which can be significantly impacted by the key parameters of the systems including compression ratio,exhaust air pressure of throttle(EAPT)and the maximum working pressure(MWP)of compressed air storage vessel(CASV).However,current research mostly focuses on the thermodynamic process and few studies have focused on the impact of key parameters on RCAES system.Based on the efficiency evaluation method which was formulated through the electricalmechanical-thermal dynamic process and measurable parameters,the impact of key parameters on the cycle efficiency of RCAES system is analyzed in this paper and a practical RCAES design scheme is adopted for case study.
