One of the research area in Green Chemistry is to use renewable feedstocks for chemical production. Which could be used as feedstocks for chemical production in the following resources? A: Kitchen garbage B: Waste cooking oil C: Agricultural wastes D: Microalgae
One of the research area in Green Chemistry is to use renewable feedstocks for chemical production. Which could be used as feedstocks for chemical production in the following resources? A: Kitchen garbage B: Waste cooking oil C: Agricultural wastes D: Microalgae
使用可再生原料(use renewable feedstocks):只要技术和经济上可行,原料应是可再生的,而不是将耗竭的。
使用可再生原料(use renewable feedstocks):只要技术和经济上可行,原料应是可再生的,而不是将耗竭的。
绿色化学的十二条原则是什么? A: 能量效率设计(design for energy efficiency) B: 催化(catalysis) C: 预防(prevention) D: 减少衍生物(reduce derivatives) E: 低毒化学合成(less hazardous chemical synthesis) F: 安全的溶剂和助剂(ater solvents and auxiliaries) G: 本身安全、能防止意外事故的化学(inherently safer chemistry for accident prevention) H:使用可再生原料(use renewable feedstocks) I:防止污染的快速分析(real-time analysis for pollution prevention) J:原子经济性(atom economy) K:设计安全化学品(designing safer chemicals) L:降解设计(design for degradation)
绿色化学的十二条原则是什么? A: 能量效率设计(design for energy efficiency) B: 催化(catalysis) C: 预防(prevention) D: 减少衍生物(reduce derivatives) E: 低毒化学合成(less hazardous chemical synthesis) F: 安全的溶剂和助剂(ater solvents and auxiliaries) G: 本身安全、能防止意外事故的化学(inherently safer chemistry for accident prevention) H:使用可再生原料(use renewable feedstocks) I:防止污染的快速分析(real-time analysis for pollution prevention) J:原子经济性(atom economy) K:设计安全化学品(designing safer chemicals) L:降解设计(design for degradation)
绿色化学的十二条原则是什么? A: 预防(prevention) B: 原子经济性(atom economy) C: 低毒化学合成(less hazardous chemical synthesis) D: 设计安全化学品(designing safer chemicals) E: 安全的溶剂和助剂(ater solvents and auxiliaries) F: 能量效率设计(design for energy efficiency) G: 使用可再生原料(use renewable feedstocks) H: 减少衍生物(reduce derivatives) I: 催化(catalysis) J: 降解设计(design for degradation) K: 防止污染的快速分析(real-time analysis for pollution prevention) L: 本身安全、能防止意外事故的化学(inherently safer chemistry for accident prevention)
绿色化学的十二条原则是什么? A: 预防(prevention) B: 原子经济性(atom economy) C: 低毒化学合成(less hazardous chemical synthesis) D: 设计安全化学品(designing safer chemicals) E: 安全的溶剂和助剂(ater solvents and auxiliaries) F: 能量效率设计(design for energy efficiency) G: 使用可再生原料(use renewable feedstocks) H: 减少衍生物(reduce derivatives) I: 催化(catalysis) J: 降解设计(design for degradation) K: 防止污染的快速分析(real-time analysis for pollution prevention) L: 本身安全、能防止意外事故的化学(inherently safer chemistry for accident prevention)