四川大学化学学院 2002年7月26日 1 Chapter 4 Application of Designing Safer Chemicals
四川大学化学学院 2002年7月26日 1 Chapter 4 Application of Designing Safer Chemicals
⚫ 4.1 Isosteric Replacement of Carbon with Silicon (用硅对碳进行等电排置换)in the Design of Safer Chemicals ⚫ 4.2 Designing Biodegradable Chemicals ⚫ 4.3 Designing Aquatically Safer Chemicals ⚫ References
⚫ 4.1 Isosteric Replacement of Carbon with Silicon (用硅对碳进行等电排置换)in the Design of Safer Chemicals ⚫ 4.2 Designing Biodegradable Chemicals ⚫ 4.3 Designing Aquatically Safer Chemicals ⚫ References
4.1 Isosteric Replacement of Carbon with Silicon (用硅对碳进行等 电排置换)in the Design of Safer Chemicals
4.1 Isosteric Replacement of Carbon with Silicon (用硅对碳进行等 电排置换)in the Design of Safer Chemicals
Silicon is an Isostere of Carbon Differences between Silicon compounds and Carbon compounds The degradation and oxidative metabolism of organic silicon compounds Examples of isosteric replacement of carbon with silicon for the design of safer chemicals
Silicon is an Isostere of Carbon Differences between Silicon compounds and Carbon compounds The degradation and oxidative metabolism of organic silicon compounds Examples of isosteric replacement of carbon with silicon for the design of safer chemicals
四川大学化学学院 2002年7月26日 5 4.1.1 Silicon is an Isosteric atom of Carbon Common Features of Silicon and Carbon ◼ grouped in column 4A of the Periodic Table ◼ having many chemical similarities ： tetravalent, tetrahedral, and form stable bonds with carbon. ◼ 金刚石 碳化硅
四川大学化学学院 2002年7月26日 5 4.1.1 Silicon is an Isosteric atom of Carbon Common Features of Silicon and Carbon ◼ grouped in column 4A of the Periodic Table ◼ having many chemical similarities ： tetravalent, tetrahedral, and form stable bonds with carbon. ◼ 金刚石 碳化硅