1) miniature probe
微型深针
2) micro-probe
微型探针
1.
The principle of resistance measurement is adopted to determine saturation,a micro-probe is selected finally by evaluating multiple materials and samples.
采用电阻测量原理,确定了饱和度测量方法;考察了多种材料和样品,最终选定了一种微型探针。
3) micro-needle
微型针头
5) probe microelectrode
针型微电极
1.
In this paper,the development and current status of techniques for fabricating the neural probe microelectrode and its applications in brain-machine interface were reviewed in details,the characteristics and limitations of various methods for fabricating probe microelectrodes were discussed and forward to the direction of further investigations in this area was looked.
本文对植入式神经微电极中最常用的针型微电极制作技术的发展、研究现状以及在脑机接口中的应用进行了较为详细地综述,并讨论了各种制作方法的特点和局限,展望了该领域进一步研究的方向。
2.
Study on Design of Probe Microelectrode Array for Optic Nerve Stimulation;
不同形态的电极有其各自不同的特点,而针型微电极以其具备独特的性能而备受瞩目。
6) Thermal needle
微型加热针
补充资料：电子探针(见电子探针显微分析)
电子探针(见电子探针显微分析)
electron probe
气二J一，不f丁electron orobom由不，‘.，*二
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