水力坡度的英文

• hvdraulic slope
• hydraulic gradient
• hydraulic slope
• water grade

• "水力"英文翻译    waterpower; hydraulic power
• "坡度"英文翻译    falling gradient; slope; inc ...
• "水力坡度线" 英文翻译 :    hydraulic grade line
• "水力坡度（水力比降）" 英文翻译 :    hydraulic slope；energy gradient
• "热力坡度" 英文翻译 :    thermal slope
• "水力坡降" 英文翻译 :    hydraulic grade gradient; hydraulic gradient; hydraulic inclination; hydraulic slope
• "水力坡降线" 英文翻译 :    hydraulic grade line
• "临界水力坡降" 英文翻译 :    critcal hydraulic slope
• "允许水力坡降" 英文翻译 :    permissible hydraulic gradient
• "压力坡；水力梯度；水压梯度" 英文翻译 :    hydraulic gradient
• "重力坡" 英文翻译 :    gravity slope; haldenhang
• "坡度" 英文翻译 :    falling gradient; slope; inclination; declivity; pitch; batter 有五分之一坡度的小山 a hill with a slope of 1 in 5; 在45度的坡度上 at an incline of 45 degrees; 铁路从这里开始有个微微向上的坡度。 the railway slopes up slightly at this point
• "电压应力坡" 英文翻译 :    voltage-stress gradient
• "重力坡脚" 英文翻译 :    wash slope
• "水力" 英文翻译 :    waterpower; hydraulic power◇水力剥离 [采矿工程] hydraulic stripping; strip with water; 水力采矿 hydraulic mining; hydromining; 水力测功器 hydraulic dynamometer; 水力测量学 hydraulic measurements; [流] hydrometry; 水力沉桩法 jetting pilling; 水力冲裂法 hydraulic fracturing; 水力冲刷 sluicing; 水力冲刷勘探 costean; 水力冲挖 hydraulicking; 水力抽水器 hydraulic injector; 水力除焦 hydraulic decoking; 水力除鳞 hydraulic descaling; 水力除土 sluicing; 水力发动机 hydraulic motor; 水力纺纱机 water frame; 水力分级 hydraulic classfication; 水力分离器 hydroseparator; 水力分粒机 hydraulic classifier; 水力工程(学) hydraulic engineering; water power engineering; 水力夯锤 water ram; 水力机 water engine; 水力机械[装置] hydraulic; 水力机械化施工 hydro-mechanisation construction; 水力机组 water power set; 水力计 potamometer; 水力计算 hydraulic computation; 水力能源 hydraulic energy; 水力开采矿井 hydromine; 水力利用 harnessing; 水力能源 hydraulic energy; 水力浓缩槽 hydrotator-thickener; 水力喷雾器 hydraulic sprayer; 水力坡度 hydraulic gradient; 水力切割法 water-jet cutting technology; 水力清理[清砂] hydroblast; hydroblasting; 水力升降机 hydraulic-lift; 水力施工 hydraulic operation; 水力抠纽 hydrojunction; 水力提升机 hydraulic elevator; hydrolift; 水力挖泥船 hydraulic dredge; 水力挖泥机 hydraulic navvy; 水力挖土 hydraulicking; 水力效率 hydraulic efficiency; 水力旋流器 hydrocyclone; hydrodone; 水力运输 hydrotransport; 水力蕴藏量 potential hydraulic power; 水力资源 waterpower resources; hydroelectric resources; hydroelectric potential
• "st坡度" 英文翻译 :    st segment slope
• "tin坡度" 英文翻译 :    tin slope
• "大坡度" 英文翻译 :    sharp bank; steebank
• "等坡度" 英文翻译 :    uniform slope
• "定坡度" 英文翻译 :    roll organization
• "陡坡度" 英文翻译 :    steegradient
• "反坡度" 英文翻译 :    adverse roll; negative slope; reverse bank
• "管坡度" 英文翻译 :    pitch of pipe
• "缓坡度" 英文翻译 :    gentle incline
• "零坡度" 英文翻译 :    zero bank

• Study on hydraulic gradient of inclined pipeline
  倾斜管道水力坡度的研究
• Hydraulic slope ; energy gradient
  水力坡度水力比降
• Especially the study on the hydraulic gradient in the inclined pipes is nearly blank
  尤其是各浓度下，倾斜管道中的水力坡度研究几近空白。
• Slope pipes are used in the actual production widely , especially in the long - distance pipeline transportation , so it has the practical value to study their hydraulic gradient
  可实际生产中倾斜管道是广泛存在的，特别是在长距离管道输送中，故研究其水力坡度是有现实意义的。
• The hydraulic gradients of settling slurry flow transported in three kinds of moving states , i . e . suspension , saltation , or partially suspension were investigated , based on analyzing the changes of solid particles and water in momentum , velocity and their mass related to momentum exchanging over the acceleration period of the solid particles
  从固体颗粒加速期间清水与固体颗粒的速度变化、动量传递、相关质量等基本问题分析入手，研究了沉降性浆体在水平管道内流动时其固体颗粒在3种流动状态下的水力坡度，提出了沉降性浆体在水平管道内流动的机理模型，进而用该模型对一些输送条件下的沉降性浆体的水力坡度进行了计算。
• Could there exist another possibility for the south boundary of the system as follow : the rainfall infiltrates in the outcrop carbonate - mountain area of western , and moves towards south and deeper along carbonate rocks , then moves upper through the overlain tertiary system ( n ) with a thickness of 400m ( instead of running off to the springs and yellow river through a long approach of least hydraulic gradient ) , and then mainly transforms into the horizontal drainage in the loess layer of quaternary , finally drains in lu - botan depres sion
  并且提出，关于对系统南界的认识，是否存在另一可能：即在西部碳酸盐岩裸露区大气降水入渗后，沿碳酸盐岩向南向深部运动，然后，并非在极小的水力坡度驱动下长距离地向东部黄河、泉群径流排泄，而是通过上覆厚度约400m的第三系向上运动，继而主要在第四系黄土层中转为向南水平排泄到卤泊滩。
• On the basis of published research of experts and scholars , relations among the velocity of water , that of solid particles and that of settling slurry have been established by the analysis of momentum transmission between water and solid particles in the upward inclined pipeline . then the calculation formulae for the upward - inclined - pipe hydraulic gradient are derived
  本文在系统总结现有专家学者的研究成果基础之上，通过分析向上倾斜管道输送中清水与固体颗粒的动量传递过程，从动量守恒的角度建立了清水速度、固体颗粒速度和浆体流速之间的关系，进而推导出了向上倾斜管道输送的水力坡度计算公式。
• Based on the empirical equations used for calculating the cost of main and distribution pipes of gravity sprinkler irrigation project , equations for calculating . 4 . economical hydraulic gradient , pipe length and the minimum cost of the main pipe were derived through theoretical analysis and mathematical transformation
  3 .在建立的自压喷灌工程主干管和配水管道的造价计算经验公式基础上，通过理论分析和数学变换，推导得出了自压喷灌主干管经济水力坡度、经济管长和最低造价计算公式。

• 水力坡度的法语：gradient hydraulique
• 水力坡度的日语：どうすいけいど どうすいこうばい すいりょくこうばい すいとうこうばい
• 水力坡度的俄语：гидравлический уклон
• 水力坡度的阿拉伯语：تدرج الضغط المائي;