sensory system
英 [ˈsensəri ˈsɪstəm]
美 [ˈsensəri ˈsɪstəm]
网络 感觉系统; 传感器系统; 感官系统; 知觉系统; 感觉器
英英释义
noun
- the body's system of sense organs
- a particular sense
双语例句
- The visual system of higher animals is the most effective way of receiving external information as the most important sensory system.
视觉作为高等动物最主要的感觉系统，是接收外部信息最有效的方式。 - Secondly, the balancing function of sensory system in the various conditions was varied, except the major vestibular function;
在不同的试验条件下，3个感觉系统对维持平衡的作用不同，一般前庭的作用最大； - Deafness is the most prevalent sensory system impairment in human, about 70% of genetic deafness belongs to nonsyndromic hearing impairment.
耳聋是一种最常见的人类感觉系统缺陷，在已发现的遗传性耳聋中，有70%的属于非综合征型听力缺损。 - Lots of diseases come with dysfunctions to the sensory system, causing hypoesthesia or hyperesthesia.
临床上的许多疾病的过程往往伴随着人体感觉功能的变化，引起感觉迟钝或过敏。 - The discovery of a somatosensory fovea in the star-nosed mole suggests that this organizational scheme is a general evolutionary solution to constructing a high-resolution sensory system.
从星鼻鼹的体感觉具有中央窝的发现可推测，生物在建构高解析度的感觉系统时，这种结构模式是常见的演化解决方案。 - OBJECTIVE To observe the effect of Fufang Jingshu tablet on the function of sensory nerve system in experimental cervical spondylotic radiculopathy model.
目的观察复方颈舒片对神经根型颈椎病大鼠模型感觉神经系统功能的影响。 - Visual system is one of the most abundant channels to perceive the outside environment as well as the most complex sensory system in terms of structure and function.
视觉系统是生物感知外部世界最形象、最丰富的通道，同时也是生物感官中结构和功能最为复杂的系统。 - AS OFTEN OCCURS, our observations about the star-nosed mole's sensory system raised as many questions as they answered.
和多数研究一样，我们对星鼻鼹感觉系统的观察，引发的问题与解答的问题一样多。 - The vestibular system is a highly conserved sensory system in vertebrates that is largely responsible for maintenance of animal orientation in space, posture, and balance and play an important role in muscle tone regulation and oculomotor and autonomic outflow.
前庭系统是脊椎动物中高度保守的感觉系统，对保持身体的空间位置、姿势平衡，调节肌紧张及协调眼球运动、自主神经活动的调节等起着重要作用。 - In fact, these kinds of algorithms are not only robust to various kinds of signal processing but also remain imperceptible to human sensory system.
事实上，这类算法不仅能更好地抵抗各种信号处理操作，而且还保持对人类感观系统的不可感知性。