1) routing optimization
运输线路优化选择
2) transportation
运输
1.
Inbound transportation and production coordinated scheduling problem with temperature reduction jobs;
工件带有温降的生产与前运输协调调度问题
2.
A Brief Analysis of Safety Problem from "Transitional Loading of Oil" in Oil Products Transportation;
浅析油品运输中“转换装油”引起的安全问题
3) transport
运输
1.
Mechanisms of Copper Uptake,Transportation and Detoxification in Plants;
植物对铜的吸收运输及毒害机理研究进展
2.
Improvement of Domestic Waste Collection and Transport System in Qiqihaer City;
齐齐哈尔市生活垃圾收集与运输改进
3.
Development Trends of Open-pit Transport Equipment for Industrial Minerals abroad;
国外非金属露天矿运输设备的发展动向
4) transporting
运输
1.
As LNG transported on roads not only costs extremely high but encounters frequent traffic accidents,some experts suggest an attempt of transporting LNG tank container on waters.
LNG公路运输成本高,交通事故频繁发生,因而有关专家提出了LNG罐式集装箱水路运输的模式。
2.
The problems in ordering and transporting of steel tubes are analyzed mathematically and synthetically.
对订购和运输问题进行了综合系统地数学分析 ,提出了购运问题的解决方案 ,给出了购运费用最优化数学模型 ,最后指出了在西部开发中的应用 。
3.
This paper mainly studies the forestry cutting and transporting system model with south collective forestry area and its county system based on computer network.
研究适合于南方集体林区特点的森林采伐与运输管理系统模型和基于计算机网络技术的县级森林采伐运输网络系统,分析系统模型的组成、计算内容与计算方法,论述网络结构、软件设计和运行方式,系统的使用显著提高了森林采伐运输管理水平和工作效
5) conveyance
运输
1.
The objective to study on is to minimize the overall cost of both production and in-situ conveyance that should not be ignored in the supply chain scheduling of a steel works.
针对钢铁企业生产前存在不可忽略运输的实际,研究了生产与生产前运输费用协调调度问题。
2.
The take type transports the machine to develop to emphasize to want the function in mineral well that modern a luck produce lost,well nextly conveyance with inclined well conveyance.
带式输送机在现代化矿井生产的地面运输、井下运输和斜井运输中发挥着重要作用。
6) translocation
运输
1.
Dynamics of dry- or fresh-weight of fruit, peel photosynthetic rate and chlorophyll content, and the characteristics of translocation and distribution of radiolabelled assimilates from leaf or fruit were examined in developing satsuma mandarin (Citrus unshiu Marc.
Miyagawawase)果实发育进程中干鲜重、果皮光合速率和叶绿素含量的变化 ,并用14 CO2 示踪技术研究了果皮和叶同化生成的光合产物在果实内的运输分配特性。
2.
In major plant species, boron is delivered to growing regions generally via the xylem translocation pathway, however, phloem may play an considerable role in boron translocation to meet the demands of developing sink regions that do not readily transport, especially, under boron deficiency condition.
综述了硼在植物中长距离运输特别是韧皮部运输的研究进展。
3.
Sugar transporters are located in strategic positions along translocation path.
糖载体存在于糖运输途径的关键部位。
参考词条
补充资料：输电线路导线截面选择
输电线路导线截面选择
selection of conductor cross-section of transmission line
但由于超高压输电线路导线的表面电场强度均控制在电晕临界电场强度的80%以上，接近于电晕临界电场强度，而新架设导线表面的局部污损又导致导线电晕临界电压降低，故运行初期和在雨天情况下仍难免出现电晕。相导线上产生电晕放电时，要伴随着产生连续重复性的电流脉冲，这些电流脉冲产生频率为0.15~100 MHz的振荡电磁波，致使在电晕导线上产生高频电磁辐射，从而在导线周围形成一高频电场，对无线电收音机和发射天线产生干扰。同时这种振荡电磁波还沿导线传播，干扰高频通道的正常工作. 由电晕导线产生的无线电干扰电平L-20 19(EZ/E，)，dB。其中EZ为测点电场强度，拌V/m;E，为参考电场强度，拌V/m。工程上取E，一1拌V/m为基准，故L~20 lgEZ。若EZ~El~1拜V/m，则测点的无线电干扰电平为零。 从高压、超高压架空输电线路下测得的无线电干扰电平L(dB)随频率f(MH:)的增大而减弱，其关系曲线称为频谱特性，如图2所示。由频谱特性看出，频率在0.15~1.0 MH:范围内的干扰电平最大;雨天的干扰电平是各种气候中最大的。另外，随着海拔高度的增大，相对空气密度减小，干扰电平也增大。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。