势梯度的英文

• potential gradient

• "势"英文翻译    power; force; influence
• "梯度"英文翻译    gradient; grad
• "势梯度，位梯度" 英文翻译 :    potential gradient
• "位梯度；势梯度" 英文翻译 :    potential gradient
• "磁势梯度" 英文翻译 :    magnetic potential gradient
• "电势梯度" 英文翻译 :    electric potential gradient; potential gradient
• "化学势梯度" 英文翻译 :    chemical potential gradient; gradient of chemical potential
• "静电势梯度" 英文翻译 :    electrostatic potential gradient
• "毛管势梯度" 英文翻译 :    capillary potential gradient
• "水势梯度" 英文翻译 :    water potential gradient
• "位势梯度" 英文翻译 :    potential gradient
• "总势梯度" 英文翻译 :    total potential gradient
• "电化学势梯度" 英文翻译 :    electrochemical potential gradient
• "电势梯度矢量" 英文翻译 :    potential gradient
• "毛细管势梯度" 英文翻译 :    capillary potential gradient
• "养分电势梯度" 英文翻译 :    nutrient electropotential gradient
• "电势梯度检测器" 英文翻译 :    potential-gradient detector
• "大气电势梯度变化图" 英文翻译 :    electrogram
• "梯度" 英文翻译 :    [物理学] gradient; [数学] grad
• "ph梯度" 英文翻译 :    ph gradient
• "场梯度" 英文翻译 :    field gradient
• "超梯度" 英文翻译 :    supergradient
• "次梯度" 英文翻译 :    subgradient
• "大梯度" 英文翻译 :    heavy gradient
• "倒梯度" 英文翻译 :    inverse gradient

• Infiltration mostly depended on matric potential gradient and the effect of upslope runoff could be omitted , when initial water content was very low
  当初始含水量较低时，入渗主要受控于基质势梯度的作用，上方来水对入渗几乎没有影响。
• ( 5 ) based on 1 - d horizontal tests for coupled movement of soil water , salt and heat transfer , theoretical analyses on the influence of temperature gradient on soil water and salt movement were conducted
  西安理工大学博士学位论文（ 5 ）根据水平一维土壤水盐热耦合迁移试验，分析了温度势梯度对水盐运动影响的机理。
• The results indicate that soil water moves from the warm end to the cool end in both gaseous and aqueous phases under temperature gradient , which causes changes of matric po
  研究表明，在温度势梯度影响下土壤水分以液态和汽态两种状态从暖端向冷端迁移，从而引起暖端基质势的相应改变，导致水分在两种势梯度交互作用下逐渐达到平衡。
• Seepage influences on the temperature distribution by means of heat transfer and communication , temperature influences on seepage field by changing the hydraulic conductivity and inducing fluid flow because of the temperature potential , thus finally approaching the stable seepage and temperature fields
  渗流通过参与热量传递与交换影响温度分布，温度通过改变介质渗透系数和温度势梯度引起水流运动来影响渗流场，两者相互作用最终达到稳定的渗流场和温度场。
• ( 3 ) when evaporation was stopped during the process of soil water redistribution , soil water would move downslope by gravity . when evaporation was in process , due to low initial water content , most infiltrated water from small intensity and amount of rainfall would be consumed by intensive evapotranspiration during rainy season , and lateral downslope unsaturated flow seldom took place . however , soil water would move downslope by gravitational and matric potential gradients after continuous rainfall
  ( 3 )在防止蒸发条件下，再分布过程中，土壤水分在重力的作用下有沿坡向下运移的趋势；在蒸发条件下，由于初始含水量一般较低，雨季量小且分散的降雨极易为强烈的蒸发蒸腾所消耗，侧向沿坡向下流难以发生，但在持续的降雨条件下，土壤水分在重力势和基质势梯度的作用下易沿坡向下运移。
• A new interface - perturbation model of solid - state displacement reactions ternary system is suggested and the interface - stability criterion is derived in the form of chemical potential if the chemical potential of rate - control - element at frontier of tiny perturbative zone goes up less than 20 . 7 % , linear interface will grow up stablly and form layered structure ; if it goes up more than 20 . 7 % , linear interface is not stable and will form aggregate structure
  通过建立界面扰动模型，推导了三元固态置换反应系界面稳定性的化学势梯度判据。结果表明：如果扰动微区前沿速率控制元素的化学势梯度升高小于20 . 7 ，平面界面稳定长大，将形成层状结构；若大于20 . 7 ，平面界面不稳定长大，将形成束集型结构。