1) neurochip
神经芯片
1.
Neurochip and Its Research for Sensory Mechanisms of Biological Olfaction;
神经芯片及其在生物嗅觉传感机理中的研究
2.
The recent progress of neurochip technology is reviewed from the aspects of its principle,structure,.
神经芯片技术是一种将神经元或脑组织与场效应晶体管技术结合起来研究神经元电活动和大脑学习记忆等高级功能的新技术。
3.
The recent progress of neurochip technology is reviewed, and its future scene is anticipated.
神经芯片是一种用硅微加工技术制造的微机电器件 。
2) neuron chip
神经元芯片
1.
Parallel I/O Mode of the Neuron Chip and its Application in LON;
LON技术中神经元芯片的并口I/O模式及其应用
2.
Based on the core technology of the lonworks field bus——neuron chip,This paper puts forward the hardware and software design of the Smart node on data collection,which some analogue value(Whater level,Storehouse level,Ash density,Temperature) and switching value(equipment on/off,wind gate on/off) need supervising.
论文基于lonworks总线技术的核心———神经元芯片,对选煤厂现场一些需要监测的模拟量(如水位、仓位、灰分、温度)、开关量(设备启停、风门开关等)数据采集智能节点给出硬件、软件设计。
3.
Based on the core technology of the lonworks field bus-neuron chip,this paper puts forward the hardware and software design of the smart node on data collection,which some analogue value(CH4 density,CO density,wind speed,temperature) and switching value(equipment on/off,wind gate on/off) need supervising.
基于Lonworks总线技术的核心—神经元芯片,对矿井现场一些需要监测的模拟量(如CH4浓度、CO浓度、风速、温度)、开关量(设备启停、风门开关等)数据采集智能节点给出硬件、软件设计。
3) MC143150
神经元芯片MC143150
1.
Design of LON node based on MC143150 and AT89S51;
基于神经元芯片MC143150和单片机AT89S51的LON节点研究与设计
4) optical-neuro chip
光学神经芯片
5) Neuron Chip Firmware
神经元芯片固件
6) olfactory neural chip
嗅觉神经芯片
1.
Objective To find an efficient way for developing olfactory neural chip and its measurement system of electro-physiological signals with Multi-electrode Array(MEA),furthermore,to verify the efficiency of this detection system for electro-physiological signals of neural system and others.
目的研究基于Multi-Electrode Array(MEA)构建嗅觉神经芯片及其测试系统的方法,并验证系统获取神经电生理和其他电生理信号的有效性。
补充资料：CT导向腹腔神经节和内脏神经松解术
CT导向腹腔神经节和内脏神经松解术
介入放射学技术。内脏神经松解术治疗上腹痛首先由Kappis等(1919年)报道，此后它和腹腔神经节松解术主要用于治疗胰腺癌、腹部其他恶性肿瘤或胰腺炎引起的顽固性腹痛。目前用CT导向进针向腹腔神经节或内脏神经丛注射无水酒精20～25ml(每18～22ml酒精加2～3ml碘酞葡胺)，然后经CT扫描确定酒精分布范围。如果肿瘤浸润进展疼痛复发，可重复进行这种治疗。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条