换句话说，这个面部骨骼的拼凑物最适合迎接面部重塑的挑战，它具有复杂的压力感应功能，富有腔隙，适于血管和神经长入。
In other words, it is ideally suited to take on the challenge of recreating the intricate stress-prone, cavity-filled patchwork of facial bones interspersed with blood vessels and nerves.
突触反应的时程和峰值也很重要，相应地，这些都是由神经元所具有的各种通道和感应器所决定的。
The time course of the synaptic events and their amplitude are also important, and these in turn are determined by the kinds of channels and receptors that the neurons have.
这一神经系统的活动使我们产生了心在动的错觉感应。
This neural activation leads to the perception of illusory motion.
部分专家指出：在一些候鸟上喙的细胞之中，存在铁基磁感应受体，可将磁感应信号经神经传导至大脑。
Some researchers had proposed that iron-based receptors in cells found in the upper beaks of some migratory birds sense the magnetic field and send that information along a nerve to the brain.
您的双脚遍布神经末梢，感应受体，肌肉和筋腱。
Your feet are rich with nerve endings, sensory receptors, muscles and tendons.
视觉领域的研究便是得益于这种方法，通过研究神经如何处理从感应器官收到的信号，接近于对人脑的研究。
It is studied how nerves process the signals they receive from the senses on a level close to the brain. Somehow this is combined towards a generalization of what is observed by the senses.
目的研究脑卒中偏瘫早期神经促进技术和感应电治疗对肢体运动功能恢复的效果。
ObjectiveTo explore the effect of neuromuscular facilitation combined with faradism on limbs motor function in hemiplegic patient with early stroke.
同时我还假设，神经系统和更复系统是相互感应的。
At the same time I also assume that the nervous system and more complex system is the mutual induction.
提出了基于神经元的用于感应电机矢量控制的自适应磁链和转速控制器。
The adaptive flux controller and speed controller based on neuron are presented for the induction motor vector control.
根据感应电动机伺服驱动系统高性能的要求，设计了一种基于双模糊神经网络的滑模控制的感应电动机伺服驱动系统。
Considering the requirement of high performance of induction motor servo drive system, this paper designs such a system with a sliding-mode position controller based on double fuzzy neural network.
针对真空感应炉生产过程中温度测量成本较高及精度较差等不足，建立了基于RBF神经网络的真空感应炉终点钢水温度预报模型。
A prediction model of molten steel temperature based on RBF neural network was developed to reduce cost and improve temperature control accuracy for vacuum induction melting.
随着神经网络的涡电流和温度分布的预测上不断移动的薄导电带横向磁通感应加热(TFIH)的设备。
With neural network the eddy current and temperature distribution prediction on the continuously moving thin conducting strips in transverse flux induction heating (TFIH) equipment is presented.
皮肤是一个由神经元组成的身体感应器，大脑是通过皮肤和外界保持“接触”。
The skin, additionally, is a huge sensor packed with nerves for keeping the brain in touch with the outside world.
对于圆柱形神经纤维，起兴奋作用的是沿神经轴方向感应电场分量的梯度，即激活函数。
As to the straight nerve fiber, it is the activating function, that is, the gradient of the component of induced electric field parallel to the axon (nerve), that plays the role of exciting nerve.
本文针对感应电动机解耦控制，采用单神经元智能PSD算法作速度调节器和磁链调节器，构成感应电动机智能PSD调速系统。
The intelligent PSD controllers using a single neuron are used to control rotor speed and rotor flux in a AC speed control system by decoupling control of the induction motor.
然后通过对真空感应冶炼工艺机理的深入分析以及对神经网络算法的研究，建立了基于RBF神经网络的终点预报模型。
Then an end-point forecast model was built based on the RBF neural network by analyzing the melting technology and the RBF training algorithm.
酸感应离子通道（ASIC）是质子激活的受体，它们存在于很多人体组织和器官中，在中枢和周围神经系统中尤其丰富。
Acid-sensing ion channels (ASICs) are proton-activated receptors that are present in many human tissues and organs, and are particularly abundant in the central and peripheral nervous system.
针对直接矢量控制感应电机感应电机调速系统 ，设计和训练一个三层前馈神经网络以估计系统的实际转子磁链和单位矢量 ，并由此构成系统的闭环控制。
This paper designed and trained a three-layer fee dforward neural network to estimate the actual rotor flux and unit vector ford irect vector controlled induction motor speed drive.
强感应电刺激对神经有很强的抑制作用同时还有扩布现象。 2。用0.5%可卡因局麻神经，当改变感应电刺激的频率和强度时，肌肉收缩的型式可随之任意改变。
Nerve being locally anesthetized with 0.5% cocaine, the pattern of muscle contraction may be changed arbitrarily by changing the frequency and amplitude of induction coil stimulation.
强感应电刺激对神经有很强的抑制作用同时还有扩布现象。 2。用0.5%可卡因局麻神经，当改变感应电刺激的频率和强度时，肌肉收缩的型式可随之任意改变。
Nerve being locally anesthetized with 0.5% cocaine, the pattern of muscle contraction may be changed arbitrarily by changing the frequency and amplitude of induction coil stimulation.
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