铁基纳米晶颗粒在吉赫兹频段的主要磁共振机理是自然共振和交换共振。
Main resonance mechanisms of ferromagnetic nanocrystalline particles in GHz band are natural resonance and exchange resonance.
由此产生的空间成为一个重点在自然空气，风和光新秩序，理顺人与自然共振。
The resultant Spaces come into focus in a natural order emerging from air, wind and light, fostering a resonance between human and nature.
薄片形状的磁性金属颗粒材料由于强形状各向异性可使其自然共振频率大大提高，有利于获得微波高磁导率磁性。
Flaky morphology of magnetic metal particle material can raise its natural resonance frequency because of strong shape anisotropy, which is advantageous to acquiring high microwave permeability .
薄片形状的磁性合金颗粒材料由于强形状各向异性可使其自然共振频率大大提高，有利于获得微波高磁导率磁性合金。
Flaky morphology of magnetic alloy particle material can raise its natural resonance frequency because of strong shape anisotropy, which is advantageous to acquiring high microwave permeability.
既然自然系统进化出了不光能应对，还能利用噪音的系统，比如神经元利用随机共振，有没有可能自然也发现了使用噪音进行计算的发放？
Since natural systems have evolved not only to cope with noise but to exploit it, as neurons do with stochastic resonance, could it be that nature has also learned to compute with noise?
冥想者会通过考验和错误而自然地找到他们的共振频率，我们知道其中有些原因。
Meditators will find their resonant frequency naturally through trial and error, so we know that there's something in that.
研究人员在《自然》杂志中写道，这些功能性核磁共振成像扫描图显示，在城市中生活的人对压力的反应与乡村人不同。
The functional magnetic resonance imaging scans revealed that the brains of those living in cities reacted differently to stress, the researchers report in the journal Nature.
这项研究成果发表在今天出版的自然转移精神病学杂志上，对154名14岁的打游戏少年的核磁共振扫描图像进行了分析。
The study, published today in Nature’s Translational Psychiatry journal, describes the analysis of fMRI scans of 154 14-year-old gamers.
乍看起来，自然会认为共振态不过是较稳定粒子的复合态。
At first sight it is natural to regard resonances as merely composite states of more stable part particles.
这些简正力量泛音将共鸣定子结构的自然频率共振方式如此导致音响噪声。
Harmonics of these normal forces will resonate the natural frequency resonant modes of the stator structure so producing acoustic noise.
运用远红外线微粒分子共振所产生的磁波能量，而引起诱热反应，刺激自然抵抗能力、增进细胞抗体。
Excite - the magnetic wave energy is generated the LR Far Infrared ray Molecule resonance. To cause the heat-lead reaction; Excite the nature resistance; Strengthen the ell antibody.
运用远红外线微粒分子共振所产生的磁波能量，而引起诱热反应，刺激自然抵抗能力、增进细胞抗体。
Excite - the magnetic wave energy is generated the LR Far Infrared ray Molecule resonance. To cause the heat-lead reaction; Excite the nature resistance; Strengthen the ell antibody.
应用推荐