1) the number of direct transportation
直运量
2) direct delivery
直运
1.
The objective of multi-vehicle direct delivery cross-docking logisticsis to minimize the largest customer delivery time.
多车辆直运越库调度问题的目标是最小化所有客户中的最晚到货时间。
2.
The multi-vehicle direct delivery cross docking logistics scheduling problem was investigated.
以最小化客户的最晚交货时间为目标,建立了多车辆直运越库物流调度问题的混合整数线性规划模型,并使用优化工具ILOG CPLEX求解得到了适当规模问题和小规模问题的精确最优解;基于最大加工时间(LPT)规则,提出求解多车辆直运越库物流调度问题的启发式算法,通过对中等以及大规模实例的数值计算,比较了混合整数线性规划模型和启发式算法之间的计算性能。
3) translational energy
平动能量，平移能量，直线运动能
4) upright movement
竖直运动
5) vertical transport
垂直运移
1.
Study on the nitrate vertical transport rule in farmland soil of Tai Lake area;
太湖地区农田土壤中硝态氮垂直运移的规律
2.
By simulating soil column in laboratory, the nitrate vertical transport characteristics in farmland soil in Fengqu region of Henan Province were studied.
采用室内土柱模拟的方法 ,研究了封丘地区农田土壤中硝态氮垂直运移规律 。
3.
In this paper, through using the simulating soil column indoor, the nitrate vertical transport rules in farmland soils in Fengqu r.
采用室内土柱模拟试验方法对封丘地区农田土壤中硝态氮垂直运移规律进行了研究。
6) vertical movement
垂直运移
1.
The vertical movement of phosphorus was more active in waterlogged soil than that without waterlogged.
在田间条件下 ,采用同位素 ( 3 2 P)标记的方法在太湖地区土壤较具代表性的宜兴和常熟两地研究了可溶性磷进入水田后的垂直运移情况。
2.
Two typical soils(meadow marsh soil and humus marsh soil),located in zones different in moisture regime in Calamagrostis angustifolia wetland of Sanjiang Plain,were selected as study objects,and the vertical movement rules of nitrate nitrogen(NO-3-N) and ammonia nitrogen(NH+4-N) in them were studied by simulating soil column.
选择三江平原小叶章湿地不同水分带上的两种土壤类型(草甸沼泽土和腐殖质沼泽土)为研究对象,运用模拟土柱的方法,研究了两种土壤中硝态氮和铵态氮的垂直运移规律。
3.
The Er Bai Fang Zi wetland was chosen as the research target in simulating the vertical movement of nitrate nitrogen and ammonia nitrogen in wetlands at a certain water table.
以二百方子湿地为对象,模拟研究了沼泽湿地硝态氮和铵态氮在一定水位条件下的垂直运移过程。
补充资料：大运量快速交通 mass rapid transit
城市地区采用地面、地下或高架交通设施，以机动车辆大量、快速、便捷运送旅客的公共交通运输系统。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条