基于已有模型的结构特点设计了电磁系统的改进方案，通过分析比较活动电极电磁吸力的分布规律，确定了中心平面线圈结构设计方案将更加合理。
The revised schemes were designed basing on the original model features, and central planer coil structure was preferable by analyzing electromagnetic attraction force of movable contact.
电极上的传感器捕捉到大脑中发生的活动。
The sensors in the electrodes picked up the activity that took place in the brain.
电极中的传感器非常敏感，能够捕捉大脑中发生的电活动。
The sensors in the electrodes are very sensitive and catch the electrical activity that takes place in the brain.
不久前，神经科学家使用一个单一的电极植入皮质以记录单个神经元细胞的活动，相信是与单一的思维和形象相关。
Recently neuro scientists have implanted single electrodes in the cortex to record the activity of single neurons believed to be associated with a single thought or image.
分布在婴儿头皮和脸上的124个电极网记录下实验过程中婴儿的脑部活动。
A network of 124 electrodes stuck on the scalp and face of each baby also recorded brain activity during the experiments.
这些电极的另一端与神经细胞相连，以使“大脑之门”可以同时感知100个神经细胞的活动。
The other end of each electrode is attached to a nerve cell, so that the BrainGate can sense the activity of 100 nerve cells simultaneously.
电极就位后，便可以绘制心脏电脉冲活动与传导的详细情况。
Once in place, the electrodes can map the spread of electrical impulses through your heart.
科学家并没有将芯片植入小鼠大脑，而是采用电极复制大脑活动。
Scientists did not implant the chips into the rats' brains, reported PopSci, but instead used electrodes to replicate brain activity.
这种技术通过在人的头皮上放置一系列电极从而记录头颅内的电活动。
This works by deploying an array ofelectrodes over a person's scalp and recording surface manifestationsof the electrical activity going on under his skull.
这种技术利用电极记录脑部活动产生的电场。
This technique uses electrodes to record the electrical field produced by brain activity
通过把一个电极植入大脑或安装在它上面，并记录神经元的放电活动，然后通过一种算法，把这个活动翻译成计算机语言。
An electrode is implanted in or sits on top of the brain, and records patterns of neurons firing; this pattern is then translated, via an algorithm, into computer language.
把人叫来睡眠实验室，把电极贴在他们的头皮上，你就能看到-，他们有什么脑电活动。
You bring somebody in the sleep lab, you put electrodes on their scalp and you see what these — what sort of electrical activities you get in the brain.
这项技术中的头盔布满了脑电图扫描器电极从而可以收集大脑的活动。
To pick up brain activity, the skullcap is covered in electroencephalographic (EEG) electrodes.
去年，Greger教授和同事发表的研究显示，电极能“读”控制上肢活动的信号。
Last year, Prof Greger and colleagues published a study showing electrodes could "read" brain signals controlling arm movements.
EEG的电极主要侦察在其正下方的脑区的活动情况。
An EEG electrode will mainly detect the activity in the brain region just under it.
许多脑电波读取游戏是建立在脑电图学(EEG)之上，EEG是一种通过在头皮上安置的电极对大闹电活动进行探测的技术。
The basis of many brain wave-reading games is electroencephalography, or EEG, the measurement of the brain's electrical activity through electrodes placed on the scalp.
电极用于测量连接光感受器与视神经之间的神经活动(光感受器可觉察光的不同方面)，但不测量与大脑之间的神经活动。
The electrodes measured activity in the nerves connecting photoreceptors - which detect different aspects of light - to the optic nerve, but not the brain.
微电极细胞外记录L1 ~ L 3节段脊髓背角广动力型神经元活动。
Activities of spinal dorsal horn wide dynamic (WDR) neurons of L1 ~ L3 were recorded by extracellular microelectrode technique.
一种用于流动监视大脑活动的设备，包括固定于监视对象的头部的搭板和固定于所述监视对象的头部的电极。
A device for ambulatory monitoring of brain activity includes a patch secured to a head of a monitoring subject and an electrode secured to the head of the monitoring subject.
这种微观的电活动沿人体这一容积导体传至体表，通过电极传感器便可得到心电波形。
This kind of micro electric activity spreads along the conductor of men to the surface of the body, thus we can get the ECG by electrodes (sensors).
这些信号来自于最接近电极的心脏组织，显示局部区域，而不是整个心脏的电活动，如在表面ekg的情况下那样。
These signals are from the cardiac tissue closest to the electrode, displaying a localized area instead of the electrical activity of the whole heart, as in the case of a surface EKG.
数字脑电图仪含脑电地形图仪，是利用电极将人的大脑皮层的电活动提取并记录，从而对人的大脑及神经系统疾病进行诊断和治疗。
The digital EEG instrument is the use of that the electrical activity of cerebral cortex are extracted and recorded by electrodes, which diagnose and treat the human brain and nervous system.
脑电图（EEG）则是通过固定在病人头上的电极来测量他脑部的电流活动。
The electroencephalogram (EEG) measures the electrical activity of the brain through electrodes attached to the head.
当丝质薄膜溶解后，网状电路中的电极自动按大脑形态分布，从而检测出脑部的神经活动，结果比一般的脑内置电极更准确。
After the silk dissolved, the electrodes in the mesh followed the contours of the cat's brain and were able to detect neurological activity more accurately than conventional implanted electrodes.
本文从金属的标准电极电势，电离势分别讨论金属活动顺序。
This paper I am going to discuss the activity order of metals through standard electric potential and ionization energy metal.
本文从金属的标准电极电势，电离势分别讨论金属活动顺序。
This paper I am going to discuss the activity order of metals through standard electric potential and ionization energy metal.
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