以灰色系统理论为基础，本文提出了一种新型多目标灰色局势决策方法，并将其应用于环境质量评价之中。
Based on the systematic theory of grey, a new multi-objective decision method of grey state is presented and applied in the environmental quality evaluation.
本文把大气环境质量评价问题作为灰色统计决策过程处理。
In this paper, the environmental quality assessment is regarded as a process of grey statistics decision.
这些研究结果表明，即使只对室内环境质量稍加改善，也可能对员工的决策能力和工作表现产生深远影响。
These results suggest even modest improvements to indoor environmental quality may have a profound impact on the decision making performance of workers.
TOPSIS法是一种多目标决策方法，其思想可以用于环境质量综合评价中。
TOPSIS is a method for multiobjective policy-decision, which can be applied to comprehensive assessment of environmental quality.
这表明，室内环境质量对员工的决策力和工作表现有很大的影响。
It suggests that the indoor environmental quality can have a profound impact on the decision-making and performance of workers.
为了对环境质量进行综合评价，运用误差反向传播算法的人工神经网络方法建立了环境质量评价的B -P决策模型。
In order to evaluate environmental quality, this paper proposed the B-P decision model for environmental quality by using artificial neural network method.
该系统具有水环境信息的空间查询、表达、统计和绘图等功能，可使环境管理综合决策部门直观、有效地进行水环境质量管理。
This system had such function as spatial seeking, expression, statistical and drawing. It can make it more easy for water environmental management.
概要叙述了灰色局势决策分析的原理及其在环境质量评价中的应用方法， 就阜新新邱露天煤矿排土场淋溶水对附近于家沟地区地下水环境质量的影响进行了评价研究。
This article introduces the theory and method of Grey system policy and gives the illustration of how to use this method by the evaluation of nutritious level of the six major lakse in our country.
概要叙述了灰色局势决策分析的原理及其在环境质量评价中的应用方法， 就阜新新邱露天煤矿排土场淋溶水对附近于家沟地区地下水环境质量的影响进行了评价研究。
This article introduces the theory and method of Grey system policy and gives the illustration of how to use this method by the evaluation of nutritious level of the six major lakse in our country.
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