biomedical electrodes; chemical variables measurement; electrochemical electrodes; laser applications in medicine; laser beam cutting; neurophysiology; optical microscopy; thickness measurement; MP35N metal; Nd:YAG laser; electrochemical measurements; laser cutting; laser-structured electrode array fabrication; layer thickness measurements; light microscopy; metal foil; metal hatched electrodes; neural engineering; picosecond laser manufacturing technology; silicone rubber substrate; surface area; transverse intrafascicular multichannel electrode; Electrodes; Fabrication; Laser beam cutting; Materials; Metals; Rubber; cross-section; electrode array; laser machining; picosecond laser;
机译:横向束内多通道,纵向束内和多极袖带电极对神经束选择性刺激的比较分析
机译:大型神经动物模型中“薄膜纵向束内电极”(tfLIFE)和“横束内多通道电极”(TIME)的刺激选择性
机译:横向束内多通道电极(TIME)记录周围神经信号的空间和功能选择性
机译:利用皮秒激光制造技术制造扁平电极:制造新型横向束内多通道电极的初步研究
机译:固体氧化物燃料电池功能梯度电极的建模和功能梯度电极制造技术的可行性研究。
机译:用于记录和刺激应用的高接触密度平界面神经电极的制造
机译:横向束内多通道电极的生物相容性和稳定性-TIME