Strengthen the traffic capacity of Jingmi Road. Set an entrance on the southeast of the site connected with Jingmi Road to reduce the traffic pressure on Jiuxianqiao junction.
加强京密路方向的通行能力，在地段东南与京密路交汇处设置场地出入口。分散酒仙桥路口的交通压力。
Through the evaluation of the road junction, to find the intersection in the operation of the main problems, and ensure traffic safety and enhance the capacity of the intersection.
通过评价道路交叉口，找出该交叉口运行中存在的主要问题，保证行车安全和提高交叉口的通行能力。
The paper briefs the insufficient heavy passenger traffic capacity of the Beijing Railway Junction and the practical significance of building the west station.
阐述了目前北京铁路枢纽客运能力的紧张状况及修建北京西站的现实意义；
On-ramp junction is choke point of expressway, and it has import and realistic significance for building and managing expressway to study its capacity.
入口匝道连接点是城市快速路的瓶颈，研究其通行能力对城市快速路的建设和管理具有重要现实意义。
Given are theoretical model for the relationship among traffic flow parameters of the junction at on-ramps and calculation model for the capacity of on-ramps, based on the characteristics of on-ramps.
结合入口匝道的特点，给出了入口匝道连接处交通流参数之间关系的理论模型以及入口匝道的通行能力计算模型。
The capacity of ramp-way junction is smaller than the capacity of the ramp itself.
匝道连接点的通行能力与匝道本身的通行能力相比是较小的。
The capacity of ramp-way junction controls the capacity of the ramp. The methodology based on the level of service and based on the acceptable gap is introduced.
匝道连接点的通行能力与匝道本身的通行能力相比是较小的。
A fatal outcome was more likely to be associated with a larger engine capacity motorcycle, collision with a heavy vehicle, head on collision, and collision at a non-junction road.
引擎容量较大的摩托车、与重型车辆的碰撞、两车相向对撞等更容易引起致命的后果。
And service levels and service capacity of road junction are presented.
提出了道路交叉口各级服务通行能力的确定方法。
Therefore there is very important theoretical and practical significance to research on calculation method and system development of railway junction carrying capacity based on time-phase.
因此进行铁路枢纽通过能力分时段计算方法及软件开发研究具有重要的理论和现实意义。
The effect factors such as the buried channel junction depth and substrate doping concentration on the CCD's optimum operating point and maximum charge capacity are analysed.
分析计算了埋沟结深、衬底掺杂等对CCD最佳工作点及最大电荷处理量的影响。
The effect factors such as the buried channel junction depth and substrate doping concentration on the CCD's optimum operating point and maximum charge capacity are analysed.
分析计算了埋沟结深、衬底掺杂等对CCD最佳工作点及最大电荷处理量的影响。
应用推荐