1) sidewalk
人行系统
1.
This paper discusses the site s Transportation from three aspects: the site s road system, sidewalk s Transportation condition from area, the vehicle which are applied in the site.
本文重点分析比较了会场内部的道路结构,从道路面积指标的角度具体分析了近几届世博会会场内部人行系统的交通状况;并简析了车行系统。
2) underground pedestrian system
地下人行系统
3) Pedestrian underpass
人行地道
1.
The application of aperture pipe shed support in under digging pedestrian underpass at shallow depth;
管棚支护在浅埋暗挖人行地道中的应用
2.
the paper approaches on the selection of building pedestian overpass and pedestrian underpass in Chongqing City.
本文根据经济指标、技术指标、适用性 ,地形、地貌、环境 ,施工、维护等因素 ,对重庆市人行天桥及人行地道修建的选择进行探讨。
4) Sidewalk
人行道
1.
Realization of the Relation between Vitality and Safety of City Sidewalk:A Case Study of Traffic Road in CHONGQING;
都市人行道空间活力与安全性关系认识——兼论山城重庆交通路段关系
2.
Pedestrian level of service for sidewalks;
人行道行人服务水平评价方法
3.
Study on Fuzzy Evaluation Mode of Levels of Service for Sidewalks;
人行道服务水平的模糊评价模式研究
5) individual behavior
个人行为
1.
Climate is getting warm increasingly,one of the important factors is individual behavior.
个人行为也是造成气候变暖的重要原因之一。
2.
Connecting with the hypothesis of dual personality in the X-efficiency theory, this paper analyzes on the individual behavior motivation mode in Chinese commercial bankS, and based on this, advances several measures for reforming the individual behavior motivation mode in Chinese commercial banks in order to release finally the X-inefficiency phenomenon within the banks.
结合X效率理论中的“双重人格”假设,对我国商业银行中的个人行为激励模式进行了分析,在此基础上提出了改革我国商业银行个人行为激励模式的若干措施,以期最终缓解银行内部的X非效率现象。
6) arcade
人行拱廊
1.
In order to predict the vehicle impact on air quality in a city street,an investigation was carried out by numerical simulation and windtunnel experiment to evaluate pollutant dispersion in an urban street canyon flanked with arcade.
运用风洞试验与数值模拟技术相结合的方法,以上海市金陵东路街道为对象,研究分析了带人行拱廊街道内部机动车污染物的传输扩散规律。
参考词条
补充资料：英国”神枪手”35毫米双管自行高射炮系统
该炮是英国根据英阿马岛冲突的教训，于1983年开始研制的，现已研制成功。可用来掩护坦克和机械化行军纵队和实施要地防空。车体为苏制t-55坦克底盘或其他坦克底盘，火炮系瑞士kda式35毫米机关炮，采用全自动式火控系统，具有反应迅速、全天候作战、行进中射击、操作简便等特点。
有效射程4000米，有效射高3000米，雷达搜索距离12公里，跟踪距离10公里，系统反应时间6秒。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。