1) Green assessment model
绿色评价模型
2) green evaluation
绿色评价
1.
An Exploration of Green Evaluation on Supplier Based on Fuzzy Rough Set;
基于模糊粗糙集的供应商绿色评价体系研究
2.
The green evaluation of different synthesis technologies for preparing 4-aminopyridine was carried out by means of atom utilization efficiency, environment factor and environment quotient and GREENSCOPE methods.
采用原子利用率、环境因子和环境商以及GREENSCOPE法对4-氨基吡啶的不同合成工艺过程进行了绿色评价。
3.
In this paper,a supplier s green evaluation and selection architecture is established based on rough set theory.
文章提出基于粗糙集的供应商绿色评价理论,在该理论指导下对贯穿于供应商评价与选择全过程的评价指标进行“绿化”,运用粗糙集理论细化并量化供应商绿色评价体系中的评价准则和评价指标,将复杂的、模糊的、主观的推理评价过程转换为一连串客观的、量化的、程式化的问题求解活动,实现对供应商的科学评价和正确选择。
3) green assessment
绿色评价
1.
The green assessment technology is an important part of the green manufacturing.
绿色评价技术是绿色制造的重要组成部分。
4) grey evaluation model
灰色评价模型
1.
According to the definition of grey relational grade, a grey evaluation model of lake eutrophication is established by costructing objetive function with extension principle of minimum square and 18 lakes of china are evaluated by this model.
将待评价湖泊富营养化指标组成参考数列，湖泊富营养化评价标准指标组成被比较数列，根据灰色关联度定义，运用扩展的最小二乘方准则构造目标函数，通过求条件极值建立了湖泊富营养化灰色评价模型。
5) green degree evaluation
绿色度评价
1.
In order to improve the objectivity of green degree evaluation for manufacturing process of accouterment part,base on the characteristic of the green manufactureing of accouterment part and the request of evaluation for green manufacture a rough comprehensive method base on rough-set theory is proposed to evaluate the green degree.
为提高产品零件制造工艺绿色度评价的客观性 ,根据军品零件绿色制造的特点和绿色制造评价的要求 ,应用粗糙集原理 ,提出了粗糙集综合绿色度评价法。
2.
In order to improve the objectivity of green degree evaluation for manufacturing process of part , base on the characteristic of the green manufacturing of part and the request of evaluation for green manufacture .
为提高零件制造工艺绿色度评价的客观性,根据零件绿色制造的特点和绿色制造评价的要求,应用粗糙集原理,提出了粗糙集综合绿色度评价法。
3.
And constructed a simply and operational wall building material green degree evaluation model, using the model, compared to evaluate that SMC lightweight-wall panels has the advantages of waste-ultilization and energy conservation in the many walls materials.
同时建立新型墙材绿色度评价体系,对比评价SMC墙板在众多墙体材料中其节能利废的优势,并结合重庆大学主教楼工程实例,概述应用SMC墙板带来的经济效益。
补充资料：地下水水资源评价(见水资源评价)
地下水水资源评价(见水资源评价)
d ixiashui shuiziyuan Ping】ia地下水水资源评价见水资源评价。
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