brain wave
英 [breɪn weɪv]
美 [breɪn weɪv]
脑（电）波; 灵感
英英释义
noun
- (neurophysiology) rapid fluctuations of voltage between parts of the cerebral cortex that are detectable with an electroencephalograph
双语例句
- The Research for Brain Wave and Autonomic Nerve Activity of Emotion Evoked by Musical Mode and Tempo; A Comparative Study of Autonomic Nervous Activation During Different Computer Game Periods
音乐调式与速度诱发情绪的脑电和自主神经活动研究电脑游戏诱发下自主神经活动的比较 - However, people in this conditions cannot be awakened and do not produce complex, active brain wave patterns seen in normal sleep.
然而，此时病人不能被唤醒，也不会产生正常睡眠时的复杂脑电波变化。 - The computer then calibrated the system with the individual patient's specific brain wave, and when the patient then focused on a letter, the letter appeared on the screen.
接下来电脑利用每一个病人特异的脑电波标定系统。当病人再次集中于某个字母时，这个字母就会出现在屏幕上。 - Monitoring analysis on AEEG and brain wave power of patients with clinical brain death
临床脑死亡病人动态脑电图和脑波功率值监测分析 - Our bodies are governed by the circadian rhythm, which regulates body temperature, brain wave activity, hormone production, cell regeneration and a host of other biological activities, which means there is a right – and a wrong – time to do everything.
我们的身体被生理节奏的韵律所控制，调节身体的温度，大脑波活动，荷尔蒙产量，细胞的再生和其它生理的活动，意味着存在着正确的-和错误的-时间去做每件事。 - SIGNAL SIMULATION AND TARGET RECOGNITION OF MMW RADIOMETER There was no difference in cranial base blood flow and brain wave topgraphic map before and after microwave radiation.
毫米波辐射计的波形模拟与目标识别微波辐射前后颅内底血流及脑地形图无差异性。 - Special effects presets that produce some special effect which is not directly related to brain wave entrainment.
特殊作用能产生一些特殊效果的预设，这些预设并不直接涉及脑波转换。 - It lowers the respiratory rate and changes the brain wave patterns.
它会降低呼吸频率并改变脑波模式。 - Mechanism of the Influence of Low Frequency Modulating Magnetic Field on Brain Wave Rhythm
低频调制磁场对脑电节律的影响机理 - The development of the inverse problem of brain wave was investigated firstly. The two main methods were compared: cortical imaging technique ( CIT) and low resolution electromagnetic tomography ( LORETA).
本论文首先回顾了脑电源定位问题的研究进展，并比较了两种主要的方法：皮层成像技术（corticalimagingtechnique，CIT）和低分辨电磁成像（lowresolutionelectromagnetictomography，LORETA）。