• 快波和慢波都可以在这种波导中传播。

    The fast and slow waves can both propagate in the waveguide system.

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  • 本论文对三叶草慢波结构行进了特性分析。

    The dissertation analyses the characteristic of clover-leaf coupled cavity structure.

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  • 结论适宜参数的胃电刺激可完全控制大鼠胃慢波。

    Conclusions Electrical stimulation with proper parameter can completely entrain gastric slow wave of rats.

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  • 目的观察兴奋和抑制海马神经元对慢波睡眠的影响。

    Objective To investigate the effects of excitement and inhibition of hippocampal neurons on sleep and wakefulness.

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  • 志愿者的大脑慢波活动同样在白天和晚上多次被测量。

    Thee slow-wave activity in the volunteers' brains was also measured several times during the day and night.

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  • 本文对正压模式中慢波的离散谱及其特征函数作了数值计算。

    In this paper discrete spectra and their characteristic functions of slow waves in barotropic models are calculated.

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  • 这种机制在托诺尼博士看来就是非快速动眼睡眠或称慢波睡眠。

    That something, Dr Tononi believes, is non-rapid eye movement (non-REM) or slow-wave sleep.

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  • 分析了两个接触处的界面热阻率对慢波结构散热性能的不同影响。

    The effect of the thermal resistance at two interfaces on heat dissipation capability of the SWS is analyzed.

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  • 在人入睡后的一小时内慢波将覆盖其整个大脑皮层,并影响其中的每个神经细胞。

    Within an hour of a person falling asleep, slow waves will have covered his entire cortex, affecting every nerve cell in it.

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  • 对一种同轴慢波结构相对论高功率微波产生器进行了初步的实验研究。

    In this paper, a relativistic high power microwave generator with coaxial slow wave structure was experimentally researched.

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  • 本文介绍螺旋折叠圆波导慢波结构的主要特性:色散关系和互作用阻抗。

    The main properties of helically wrapped circular waveguide slow wave structure, including the dispersion relation and interaction impedance, are presented.

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  • 这与预测相吻合,即大脑中被慢波削弱最显著的部分是在白天变化最大的。

    This fitted the prediction that the downscaling slow-waves would be strongest in those parts of the brain where the most changes had taken place during the day.

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  • 背景:胃电刺激(GES)可以调控胃慢波,但其作用机制尚不完全清楚。

    Background: gastric electric stimulation (GES) can entrain gastric slow wave, but its mechanism is not fully understood.

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  • 已经有多项研究证实,女性通常会有更多的慢波睡眠,也就是最深度的睡眠。

    Multiple studies have shown that women generally have more slow-wave sleep, which is the deepest sleep.

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  • 研究人员推测,在慢波睡眠状态,重新激活会加强记忆,并且不会导致不稳定。

    The researchers speculate that reactivation during SWS reinforces the memory without labilization.

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  • 在快速眼动睡眠周期之间,我们还有非快速眼动睡眠,包括深度睡眠和慢波期睡眠。

    In between cycles of REM sleep, we have non-REM sleep, which includes deep or 'slow-wave' sleep.

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  • 慢波系统一般采用周期性结构,其中传输的电磁波需要满足十分复杂的边界条件。

    Slow-wave systems generally employ periodic structures, and the electromagnetic waves transmitted therein are required to satisfy very complicated boundary conditions.

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  • 此外,REM睡眠并非整个睡眠中唯一重要的部分,:慢波睡眠也是同样至关重要的。

    And REM sleep was not the only important component: slow-wave sleep was equally crucial.

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  • 他们再次发现,老年人与年轻人在不同的时间犯困,并且大脑慢波活动的时段也不同。

    They found that, once again, the older people felt sleepy at different times from the younger people and had different timings of slow-wave activity in the brain.

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  • 睡眠之深与否与慢波有关,而百灵鸟型处于慢波睡眠的时间比夜猫子型多50%甚至更多。

    Deep sleep is associated with slow brain waves, and larks spent 50% more time in such slow-wave sleep than owls did.

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  • 考虑角向空间谐波,建立了有限厚度翼片加载螺旋线慢波结构的模型,推导出色散方程。

    Considering azimuthal space harmonics, the finite size vane model is suggested for vane-loaded helical slow-wave structures in this paper.

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  • 警惕的不同的状态和在慢波睡眠期间发生的各种各样的发作的紊乱能有相同的神经的基础。

    Different states of vigilance and various paroxysmal disorders that occur during slow-wave sleep can have the same neural bases.

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  • 研究结果表明,螺旋线慢波系统的结构参数对它的基波色散特性和耦合阻抗影响非常复杂。

    As the research indicates, the structural parameters of the spiral curve slow-wave systems have complicated influence on its fundamental wave dispersion characteristics and coupling impedance.

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  • 报道了在慢波场中原子波谱多普勒频移随微波慢波系数的变化,并讨论产生这种现象的原因。

    We report the Doppler shift of Na spectroscopy changing with the slow wave factor in a slow wave microwave field the reason of the phenomenon is discussed.

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  • 报道了在慢波场中原子波谱多普勒频移随微波慢波系数的变化,并讨论产生这种现象的原因。

    We report the Doppler shift of Na spectroscopy changing with the slow wave factor in a slow wave microwave field the reason of the phenomenon is discussed.

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