1) Cerium atom utilization ratio
铈原子利用率
2) atom utilization
原子利用率
1.
Relevant alternative processes were discussed on the basis of atom utilization,Efactor and environmental coefficient.
全面分析了原子利用率、E-因子和环境系数,并利用它们作为化工过程新的评价指标。
2.
Atom utilization,synthetic efficiency and target product efficiency was summarized as the technique index to assess the green degree of chemical synthesis.
概述了原子利用率、合成效率和目标产品效率作为化学合成工艺的绿色评价指标。
3) primary electron utilization factor
原初电子利用率
4) effective atom utilization
有效原子利用率
1.
From the point of view of atom economy an effective atom utilization AUe, in which the consumed energy in the chemical process is accounted in the form of equivalent carbon amount, was proposed to more completely scale the atom economy level of the process.
根据原子经济观点提出以碳当量计入化学加工过程所费的能量后,得到的有效原子利用率能够更完整地表达过程的原子经济性。
5) Atomic efficiency (AE)
原子利用效率
6) virtual value of atom availability
原子利用率有效值
补充资料:硫酸铈四水合物 硫酸铈,四水
CAS:10294-42-5
分子式:CeO8S2.4H2O
分子质量:404.29
中文名称:硫酸铈四水合物 硫酸铈,四水
英文名称:Cerium sulfate tetrahydrate; Ceric sulfate,trahydrate; Ceriumsulfate tetrahydrate
分子式:CeO8S2.4H2O
分子质量:404.29
中文名称:硫酸铈四水合物 硫酸铈,四水
英文名称:Cerium sulfate tetrahydrate; Ceric sulfate,trahydrate; Ceriumsulfate tetrahydrate
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
参考词条