等变化的的英文

• equivariant

• "等"英文翻译    class; grade; rank
• "变化"英文翻译    change; variety; transformat ...
• "的"英文翻译    4次方是 The fourth power of 2 i ...
• "任何可能外向出现相等变化的条件" 英文翻译 :    randommess
• "需求对商品和供应等变化的速度反应" 英文翻译 :    cross sensitiveness of demand
• "等变化映射" 英文翻译 :    equivariant mapping
• "变化的" 英文翻译 :    metabolic; metamorphic; shifty; sliding; variable; variant; variational; varietal; varying; vicissitudinary
• "大气压等变化线" 英文翻译 :    isallobar; isoallobar
• "相等变化测定数" 英文翻译 :    measure of equal variability
• "（声调）无变化的" 英文翻译 :    flat
• "变化的,改变的" 英文翻译 :    changed
• "变化的磁场" 英文翻译 :    varying magnetic field
• "变化的色调" 英文翻译 :    colors changing hue
• "变化的位面" 英文翻译 :    changing planes
• "变化的夜空" 英文翻译 :    changing night sky
• "变化的原因" 英文翻译 :    a reason for change
• "变化的照度" 英文翻译 :    varying illumination
• "不变化的" 英文翻译 :    indeclinable; invariable; stationary; unconverted
• "不断变化的" 英文翻译 :    ever changeful; ever changing
• "词形变化的" 英文翻译 :    paradigmatic
• "多变化的" 英文翻译 :    diversified
• "富于变化的" 英文翻译 :    changefulvariegated; various
• "格变化的" 英文翻译 :    declinable
• "光泽变化的" 英文翻译 :    chatoyant
• "极易变化的" 英文翻译 :    protean

• Depending on the method of use , active reduction water can also have some unexpected effects
  拥有能充分对应使用的水质，水量等变化的技术。
• The capability to endure rotation in depth , and scale and resolution changes makes it an attractive approach to image segmentation
  对旋转、比例和分辨率等变化的承受能力，使它成为图像分割中一个非常有吸引力的信息源。
• The evolution of the atmosphere is partly driven by the evolution of external forcing . much of the skill in predicting climate anomalies has its origin in the slowly changing conditions at the earth surface that can influence the climate such as the sea surface temperature and soil wetness , etc
  这是因为大气的变化一部份是于由外在因素的强迫而引起的，短期气候的可预测度，主要源自地面温度海温泥土湿度等变化的外来强迫。
• Finally , applying the current basis function of three - term sinusoidal expansion , the radiation characteristic and input impedance of the vertical and horizontal antennas above lossy ground are analyzed by the method of moments with the variation of frequency , height from the ground and ground parameters
  最后，用矩量法，采用正弦插值基函数，研究地面上方垂直、水平线天线的辐射特性和输入阻抗随着频率、离地高度、地面参数等变化的情况。
• The theoretical analysis shows that any human activities , responsible for the changes of rock , air , water , soil and biology inside or outside the caves , will influence inevitably cave animals in terms of such levels as molecule , cell organelle , cell , tissue , organ , system , individual , population , society and ecosystem . these effects can be observed on cave animal ' s shape - building , activity , tissue structure , metabolism , space - time distribution , biothythm , structure of population and society , food chain , bio - relation , diversity of population and society , and function of the above - mentioned levels
  理论分析表明，凡是能够引起地表和洞穴岩石、空气、水、土壤、生物等变化的一切人类活动都不可避免地使洞穴动物在分子、细胞器、细胞、组织、器官、系统、个体、种群、群落和生态系统各级层次上产生效应，这些效应具体表现在影响洞穴动物形态建成、行为、组织结构、新陈代谢、时空分布、生物节律、种群和群落结构、食物链结构、生物关系、种群和群落多样性以及各层次所表现的功能的多少、快慢、强弱等方面。
• Vanadium is important and valuable in steel - making , electronic production and national defence industry etc . now , the operation pattern of refining vanadium in our nation is based on human experiences , and the automation degree is still at a low level . operation mode based on human experiences is one of the main reasons make the quality of semi - steel and vanadium product unstable . in developed contury such as russian , static model was used to control the process of vanadium refining
  我国目前的转炉提钒为人工操作模式，由操作人员根据经验和感觉进行操作，自动化水平低，存在着钒渣质量和半钢质量不稳定的问题；在国外，俄罗斯等一些国家已经在使用静态模型对提钒过程进行控制，取得了较好的效果，但是这些模型大都是根据复杂的物理化学规律研制的机理模型，要求有非常稳定的生产流程和工艺条件，对于铁水成分、生产设备等变化的适应性差，不但移植困难，而且模型价格异常昂贵。
• After more than 30 years , face recognition technology under well - controlled environment is going to practical stage , while the recognition performance dramatically degrade under uncontrolled environment such as variant illumination , head poses , facial expressions , occlusion on face and so on . therefore , one of key issues in face recognition is the study of robust recognition algorithm
  经过三十多年的研究,人脸识别技术在理想环境条件下已达到实用程度,但是在环境不可控的情况下,由于光照、姿态、表情、遮挡等变化的影响,已有的人脸识别算法性能大大下降,其应用范围也受到了较大的限制。