感受野的英文

• receptive field

• "感受"英文翻译    be affected by
• "野"英文翻译    open country; the open
• "触觉感受野" 英文翻译 :    touch receptive field
• "反射感受野" 英文翻译 :    rrf
• "反应感受野" 英文翻译 :    responsive receptive field
• "感受野朝向" 英文翻译 :    orientation of sensory field
• "感受野定向" 英文翻译 :    receptive field orientation
• "视感受野" 英文翻译 :    visual receptive field
• "重叠感受野" 英文翻译 :    overlapping receptive field
• "抑制性感受野" 英文翻译 :    inhibitory receptive field
• "感受" 英文翻译 :    1.(受到; 接受) be affected by 感受风寒 be affected by the cold; catch cold2.(接触外界事物得到的影响) experience; feel 强烈的感受 intensive experience; 他叙说自己洗蒸汽浴的感受。 he narrated his own personal experience of the turkish bath
• "能承受野蛮装卸" 英文翻译 :    the packing must be strong enough to withstand rough handing
• "能承受野蛮装卸851" 英文翻译 :    strong packing will protect the goods from any possible damage during transit
• "遭受野蛮的虐待" 英文翻译 :    subjected to barbarous treatment
• "电感受" 英文翻译 :    electroreception
• "感受到" 英文翻译 :    spüren a
• "感受的" 英文翻译 :    receptive
• "感受度" 英文翻译 :    susceptibility
• "感受率" 英文翻译 :    receptivity
• "感受器" 英文翻译 :    receptor; effector; susceptor
• "感受态" 英文翻译 :    competence
• "感受性" 英文翻译 :    feeling; heart; hypose itivity; hyposensitivity; impressibility; nyctinasty; perceptibility; receptivity; responsibility; se ibility; sensibility; sensitibility; sensitiveness; susceptibility; susceptivity
• "感受域" 英文翻译 :    receptive field
• "感受者" 英文翻译 :    experiencer
• "感受质" 英文翻译 :    receptive substance

• ( 2 ) the charactcristics or the receptive field of 108 neurons in visual area l were invcstigated
  ( 2 )兔视1区神经元具有多种类型的感受野。
• Receptive field ( rf ) plasticity , 2dg and map changes obtained in the auditory and somatosensory system are reviewed
  听觉和躯体感觉系统中的可塑性包括感受野可塑性、 2 -脱氧葡萄糖( 2 - dg )标记的map改变。
• The production not only avails the local denizens a glimpse of the refined performing art of indoor puppetry , but the northern wind / gong accompaniment further highlights the sensation of a festive ambience in open - air puppet theater
  不仅让国人再睹内台布袋戏的精致表演艺术，更有北管锣鼓伴奏更能深刻感受野台布袋戏的热闹气氛。
• In the visual system , as there is no rf and map analysis during learning per se , the evidence presented are from increased neuronal responsiveness , and from the effects of perceptual learning in human and non human primates
  在视觉系统，尚无学习中感受野和map改变的分析，可塑性证据部分来自学习过程中观察到的神经元反应的改变。
• Through the study on the morphology of biological vision , its struct ure and mechanism of evolution and development are discussed ; emphasis are put o n the anatomic structure of visual way , hypothesis on the layer classification o f the reception field , parallel processing of the visual information , and the fe edback and conformity effect in visual cortex etc
  笔者通过对生物视觉形态学方面的深入研究，探讨了生物视觉产生、发展的结构与机制，尤其研讨了视觉通路的解剖结构、感受野分层级假设、视觉信息的并行处理性质及视觉皮层间的反馈和整合作用。
• Compound pattern ( 6 . 4 % ) , its scatter map of isi series displayed two or more oscillation patterns . 4 . after the bath in 1 . 8 - 3 u mol / l veratridine , touch or pressure on the l5 receptive fields could trigger some primary silent drg neurons to produce high - frequency firing , termed triggered oscillation , whose interspike intervals ( isi ) showed u - type or other types of oscillations
  在部分静息神经元lsdrg浸浴壹芦碱后，触压该神经元的皮肤感受野，可以触发产生持续数秒至数十秒的高频放电，在散点图上，其isi序列形成u字形或弥散形等型式的振荡，称之为触发振荡。
• It has reported that the amygdaloid complex exerts ianuence on the medial geniculate body and the auditory cortex . not only the light evoked response of latera geniculate cells can be modulated by the amygdaloid complex , but also their receptive field characterstics . the pathway of this modulating innuence is amygdala isual cortexateral geniculate
  已有的工作表明，杏仁复合体可对内膝体和听皮层听觉信息产生影响作用，在视觉上，杏仁复合体不仅对兔外膝体神经元闪光刺激反应活动产生抑制和易化影响，而且对外膝体神经元的感受野特性具有调制作用，这种作用是通过杏仁-视皮层-外膝体途径而实现。
• In this paper a multi - layer neural model is designed based on the multi - scale receptive fields of ganglions in retina . the model can keep watch on the periphery part of a scene while processing the center information of the scene . and why it can balance the hardware complexity , processing precision and computational intensity is analyzed
  本文通过模拟人类视网膜神经节细胞的信息处理机制，获得多尺度的感受野分布，设计并实现了在对视野中心区感兴趣的信息进行处理的同时，对周边信息保持一定警觉的层次网络模型，为实现机器视觉系统的实时性和避免巨量计算提供有价值的启示。
• L8 % cells exhibited sensitive to moving stimulation and 7 % cells were direction seiective cells . about 58 % neurons were orientation selective cells , and most of these cells preferred to the stimulus of horizontal orientation . ( 3 ) a weak local fieid potential that induced by electrical stimulation of the basai amygdaioid comp1ex was observed on the suffoce of visual area l , and its latency was only l - - 2 ms
  12 ( n = 108 )的神经元感受野为同心圆构型，约1的细胞感受野表现出均匀性特征， 18的神经元为运动敏感性细胞， 7的细胞对不同方向的运动光刺激产生放电活动明显不同的反应，多数神经元( 58 )表现出朝向选择性，并且集中表现在对水平方位中文摘要’ 2 ?的光刺激敏感。

• 感受野的泰文
• 感受野的法语：Champ récepteur
• 感受野的俄语：Рецептивное поле