1.
Study on the Prediction and Assessment Methods of Water Environment Quality Based on Support Vector Machines Theory;
基于支持向量机理论的水环境质量预测与评价方法研究
2.
Study on Models for Assessing and Predicting Water Quality of the Poyang Lake;
鄱阳湖水环境质量评价与水质预测模型的研究
3.
Study on Models for Assessing and Predieting Water Quality of the Chao Lake
巢湖流域水环境质量评价与水质预测模型研究
4.
Spatio-temporal Variational Analysis and Prediction of Sea Water Quality in Shanghai Sea Area;
上海海域水环境质量时空变化分析及预测
5.
The Mathematical Model of Water Environment Quality Effect Prediction for the Quay of the Waigaoqiao New Port Zone
外高桥新港区顺岸码头工程水环境质量影响预测数学模型
6.
The Status of Environmental Quality of Surface Water and the Prediction of Long-term Objectives for Control of Pollution Control and Emission Reduction in Changchun City
长春市地表水体环境质量现状及治污减排远景目标预测
7.
Forecast research on water environmental capacity for the water source area in Shaanxi of Middle Line of Transferring water from south to north
南水北调中线陕西水源区水环境容量预测研究
8.
Detection of Water Quality in the Inshore Fishery Area of Maoming;
茂名市近海养殖区水环境质量的检测
9.
Present Status,Problems and Countermeasures on Water Environmental Quality in Xinjiang
新疆水环境质量监测现状、问题及对策
10.
Environmental atmosphere quality of grey forecasting in the city of Zhengzhou before 2005
郑州市城区2005年前环境空气质量的灰色预测
11.
Study on the Evaluation and Forecasting Models of Atmospheric Environment Quality in Hefei City;
合肥市大气环境质量评价及预测模式研究
12.
Comprehensive Envaluation & Forecast Model of Area's Environmental Quality and Application;
区域环境质量全局评价预测模型及应用
13.
The Application of Chaos Theory to Ambient Air Quality Prediction;
混沌理论在大气环境质量预测中的应用
14.
Study on Three Dimension Multi-box Models in Predicting Atmospheric Enviromental Qulity;
三维多箱模型预测大气环境质量的研究
15.
Application of Gray System Theory in Evaluation and Prediction of Atmospheric Environmental Quality
灰色系统理论对大气环境质量评价和预测
16.
Air Quality Forcast and Protection of Huaxi Town in Chongqing
重庆市花溪镇大气环境质量预测与保护
17.
Image Quality Assessment for the HJ-A CCD
环境与灾害监测预报小卫星A星CCD影像质量评价
18.
Forecast of the Maximum Water Inflow in Mine Pits by Rise-Fall Ratio Method Under a Steady Environment
深降比法预测稳态环境下矿坑最大涌水量