非穿透性微电极解读大脑的语言信号。
方法：采用常规微电极技术。
以钨丝微电极记录左侧海马单细胞放电。
Single unit discharges of the left hippocampal formation were recorded by tungsten microelectrode.
提出了一种新型的微电极葡萄糖传感器。
A novel micro electrode sensor for glucose detection is presented.
大脑信号则通过两片微电极网格记录下来。
Brain signals were recorded via the two grids of microelectrodes.
方法：采用先进技术细胞内微电极的方法。
Methods: Intracellular micro electrode method was used to measure Em.
一个微电极是涂有一层薄薄的含有酶的凝胶。
One of the microelectrodes is coated with a thin layer of gel containing the enzyme.
方法采用标准微电极及双微电极电压钳技术。
METHODS standard microelectrode and two microelectrodes voltage clamp techniques were used.
方法：常规电生理方法，标准玻璃微电极技术。
Methods: The electrophysiological method, the standard glass microelectrode technology.
微电极测井是电阻率测井中一种非常重要的方法。
Microelectrode log is a very important method in resistivity log.
采用磁共振扫描结合微电极记录技术进行靶点定位。
The target was identified by a combination of MR neuroimaging and microelectrode recording.
目的：介绍微电极记录技术在治疗帕金森病中的作用。
Objective: To introduce the role of microelectrode recording in operation for Parkinson's disease.
科学家们将钛涂覆的碳纤维超微电极与人工培养的皮肤细胞放得非常近。
The investigators placed platinum-coated carbon-fibre ultramicroelectrodes very close to skin cells in culture.
系统由一个电化学微电极阵列和两个光寻址电位传感器组成。
It combines an Au microelectrodes array (AuMEA) with two light-addressable potentiometric sensors (LAPS) on a silicon substrate.
利用电聚合方法制备了聚中性红(PNR)修饰碳纤维微电极。
The poly (neutral red) _ modified carbon fiber (PNR-CF) microelectrode was prepared by means of electrochemical polymerization.
粉末微电极和模拟电池实验显示该材料具有良好的循环可逆性。
The results of powder microelectrode and in simulated batteries showed that the material had excellent cyclic performance.
本研究运用一种置于大脑之上而无须穿入的新型非穿透性微电极。
The study used a new kind of nonpenetrating microelectrode that sits on the brain without poking into it.
自然电位基线偏移，微电极幅度差和声波时差增大，电阻率降低；
The base line of spontaneous potential is uplifted, the differences of microelectrode and acoustic travel time increased, resistivity decreased.
方法采用细胞内微电极技术，观察不同浓度BUF对AP的影响。
Methods Itracellular microelectrode technique was used to investigate the effects of different BUF concentrations on AP.
而微电极之前的图像信息处理过程需要一个视觉信息处理模型为基础。
Image information processing before the microelectrode arrays requires a suitable mathematical model for human visual information processing firstly.
本文报道了一种使用无汞膜碳纤维微电极测定痕量银的脉冲溶出伏安法。
This paper reports a pulse stripping voltammetry for determining trace amount of silver at non-mercury carbon fiber electrodes.
目的探讨微电极导向立体定向多靶点毁损治疗慢性进行性舞蹈病（HD）。
Objective To discuss the treatment of Huntington's disease (HD) by stereotactic multi target radiofrequency derogation.
为了从中枢神经系统记录电信号，半导体加工技术已经被用于微电极探针的制造。
Semiconductor processing techniques are being utilized to fabricate multichannel microelectrode probes for recording neural signals from central nervous system.
方法：刺激鲫鱼迷走神经，并运用微电极穿刺技术记录鲫鱼M细胞胞内电位变化。
Methods: The microelectrode recording technique was used to explore the electrophysiological properties in the Mauthner cell when stimulating the right vagus.
用微电极阳极溶出法在瓦特液和加有一些添加剂的瓦特液中研究了镍的电沉积行为。
The cathodic behaviours of Ni electroplating in Watts solution and Watts solution containing additives have been studied by anodic stripping votammetry on microelectrode.
运用恒电流充、放电实验和粉末微电极循环伏安实验来检测上述试样的充、放电性能。
The charging-discharging performances of these samples were examined with galvanostatic charging-discharging experiments and powder microelectrode cyclic voltammetry experiments.
本文介绍用微电极记录脊髓背角神经元对伤害刺激单位放电的反应及计算机处理方法。
The method that microelectrode is used to record unit discharge of spinal dorsal horn to respond to nocuous stimulus and its computer processing is described.
这项发表在《神经学》期刊的研究使用了新型非穿刺型微电极，把他们放在大脑表面而没有穿进去。
The study, published in the journal of Neural Engineering, used a new kinds of nonpenetrating microelectrodes that sit on the brain without poking into it.
根据检测目的的不同，微电极主要应用可以分为离子选择微电极检测技术和膜片钳技术。
Because the differences of its application, the microelectrode can be divided into ion-selective microelectrode and patch clamp detecting technique.
根据检测目的的不同，微电极主要应用可以分为离子选择微电极检测技术和膜片钳技术。
Because the differences of its application, the microelectrode can be divided into ion-selective microelectrode and patch clamp detecting technique.
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