1.
Multiple objective gray situation decision method for urban communication environmental culture system evaluation
城市交通环境文化系统的多目标灰色局势评价
2.
Basic laws of the interactive coupling system of urbanization and ecological environment;
城市化与生态环境交互耦合系统的基本定律
3.
Evaluation system of urban transportation and environment sustainable development indicators-a case with Shanghai;
城市交通与环境可持续发展指标体系评估系统研究——上海案例应用
4.
Fault Detection and Diagnosis Techniques for Mass Transit ECS System
城市轨道交通系统中环境控制设备的故障监测与诊断技术
5.
Discussion on Support System of Environmental Impact Assessment for Urban Comprehensive Transportation Planning Based on Gis;
基于GIS的城市综合交通规划环境影响评价支持系统初探
6.
The Essential Significance of the Layout Design of American Urban Transportation System in Environmental Art;
从美国城市交通系统规划设计看其在环境艺术中的本质意义
7.
On evaluation index system of secondary environment impacts by urban rail transit;
城市轨道交通次生环境影响评价指标体系建构
8.
Study of Regional Urbanization and Ecological Environment Integrating System;
区域城市化与生态环境耦合系统研究
9.
Optimizing Traffic Environment Construction and Realizing Urban Sustainable Development;
优化交通环境建设 实现城市可持续发展
10.
Study on Path Optimization Method of Urban Traffic Flow Guidance System
城市交通诱导系统路径优化方法研究
11.
Value of Urban Communication Culture System Based on Extension Fuzzy AHP Method
基于可拓模糊层次分析法的城市交通文化系统评价
12.
Application of Digital City Management System to City Appearance and Environment Management
数字化城市管理系统在市容环境管理中的应用
13.
ENTIRONMENT AND TRADITION CULTURE ARE THE GROUNDWORK OF NINGBO CITY S FEATURE;
自然环境和传统文化是宁波城市特色的根基
14.
Research on Atmospheric Envirionmental Carrying Capacity of Urban Road Traffic;
城市道路交通的大气环境承载力研究
15.
Urban Rail Transportation Station Space Environment Art Design Research;
城市轨道交通站场环境艺术设计研究
16.
The Study of Environment Products in the Platform Space of City Metro Transportation;
城市轨道交通站台空间环境设施研究
17.
Evaluation Research on Rectifying Plan of Environment of Urban Communication Based on FAHP
基于FAHP的城市交通环境改善方案评价
18.
Grey Clustering Decision-Making Evaluation on City Street Traffic Environment Quality
城市道路交通环境质量的灰聚类评价