Welcome to the Science China Chemistry special issue 'Ionic Liquids and Green Chemistry'. We have assembled 28 papers (13 from China and 15 from outside China) in the field to highlight the continued growth of...Welcome to the Science China Chemistry special issue 'Ionic Liquids and Green Chemistry'. We have assembled 28 papers (13 from China and 15 from outside China) in the field to highlight the continued growth of this exciting area. We gratefully acknowledge the support from Science China Press and thank Prof. Xingmei Lu, Dr. Qian Wang, Dr.展开更多
With continuing advanced research into pleural fluid turnover, the majority of scientists hold the view that pleural fluid is derived from the microvessels in parietal pleura and drained via parietal lymphatic vessels...With continuing advanced research into pleural fluid turnover, the majority of scientists hold the view that pleural fluid is derived from the microvessels in parietal pleura and drained via parietal lymphatic vessels which empty into systemic veins. The lymphatic vessels that contribute to the pulmonary lymphatic circulation originate in the subpleural connective tissue, not directly from the visceral mesothelium. Therefore, according to the current point of view, pleural effusion absorption through the visceral pleural is normally neclligible and visceral pleura,展开更多
Researchers around the globe are no strangers to the term“Ionic Liquids(ILs)”.With diverse applicability in chemistry,materials,chemical engineering,medicines,biochemistry to name a few,ILs are doing exactly what th...Researchers around the globe are no strangers to the term“Ionic Liquids(ILs)”.With diverse applicability in chemistry,materials,chemical engineering,medicines,biochemistry to name a few,ILs are doing exactly what the researchers in the field predicted they will do,during the first international meeting devoted entirely to ILs research held on Greek grounds in Crete,back in April 2000:ILs are sustainable and decrease the environmental burden(e.g.reduce reliance on fossil fuel feedstock and replace them with renewable,increase energy efficiency,improved and/or new chemical and separation processes,etc.),while still being economically feasible in an industrial scale.展开更多
文摘Welcome to the Science China Chemistry special issue 'Ionic Liquids and Green Chemistry'. We have assembled 28 papers (13 from China and 15 from outside China) in the field to highlight the continued growth of this exciting area. We gratefully acknowledge the support from Science China Press and thank Prof. Xingmei Lu, Dr. Qian Wang, Dr.
文摘With continuing advanced research into pleural fluid turnover, the majority of scientists hold the view that pleural fluid is derived from the microvessels in parietal pleura and drained via parietal lymphatic vessels which empty into systemic veins. The lymphatic vessels that contribute to the pulmonary lymphatic circulation originate in the subpleural connective tissue, not directly from the visceral mesothelium. Therefore, according to the current point of view, pleural effusion absorption through the visceral pleural is normally neclligible and visceral pleura,
文摘Researchers around the globe are no strangers to the term“Ionic Liquids(ILs)”.With diverse applicability in chemistry,materials,chemical engineering,medicines,biochemistry to name a few,ILs are doing exactly what the researchers in the field predicted they will do,during the first international meeting devoted entirely to ILs research held on Greek grounds in Crete,back in April 2000:ILs are sustainable and decrease the environmental burden(e.g.reduce reliance on fossil fuel feedstock and replace them with renewable,increase energy efficiency,improved and/or new chemical and separation processes,etc.),while still being economically feasible in an industrial scale.
