Anomaly Induced(异常诱发)研究综述
Anomaly Induced 异常诱发 - Sensitivity analysis showed that the astronomical tide level has relatively little influence on the performance of the drainage system, while the combination of sea level rise and the sea level anomaly induced by stormy waves on the fringing reef could have non-negligible impacts on the drainage system. [1] For regional varieties of temperature and salinity structures, as the eddies move westward, the temperature anomaly induced by the eddies increases, the effecting depth of the eddies deepens, and the salinity structures are more affected by inflows. [2] The ascending anomaly induced by the warm SSTA and the positive 200-hPa GPHA in the subtropical Atlantic in February are favorable for effective Rossby wave source formation and stimulate an atmospheric wave train that forms an anomalous cyclone over the northern Arabian Sea, which contributes to enhanced convection over North India, stimulating an anomalous anticyclone over East India and leading to reduced convection over the northeastern Indian Ocean in March. [3] We also observe chiral anomaly induced positive longitudinal magnetoconductivity which indicates a Weyl fermion state under applied magnetic field. [4] Recently, a quantum phase anomaly induced by a boundary is predicted theoretically as the number of sites $N$ goes to infinity in a one-dimensional Heisenberg spin $XY$ model without an external magnetic field. [5] Here, we present a standalone methodology to derive the water surface elevation anomaly induced by wind-generated ocean waves from optical imagery. [6] The magnetic Weyl fermion in the SrRuO3 films is indicated by the chiral anomaly induced magnetotransport, and is verified by the observed Weyl nodes in the electronic structures characterized by the angle-resolved photoemission spectroscopy (ARPES) and first-principles calculations. [7] A detection of this radiation would constitute a direct measurement of the axial anomaly induced by axial electromagnetic fields. [8] The study shows that different CODSs have different sensitivities to local anomaly induced by the damage and only two of the seven CODSs can be used to detect the locations of the hidden damage. [9] Our results provide evidence that the pectoral fin phenotypic anomaly induced by tbx5a knockdown is related to disruption of the mesoderm and ECM, consequently interfering with mesoderm migration, CC, and subsequent endoskeleton formation. [10] Dirac semimetals transform into Weyl semimetals by breaking the time reversal symmetry, resulting in interesting physical properties, such as the chiral anomaly induced negative magnetoresistance and the Weyl orbit related quantum transport. [11] It is shown that the phase change is corresponding to ocean surface height anomaly induced by eddy. [12] In this paper, we theoretically study the influence of the chiral anomaly induced chiral charge imbalance on the Josephson current in a Weyl superconductor-Weyl semimetal-Weyl superconductor junction. [13] Our findings suggest that IGAROT improves road anomaly communication among vehicles thus enabling drivers to better navigate anomalous roads with the aim to reduce road-anomaly induced accidents. [14] This cold Ekman advection is due to a westerly wind anomaly induced firstly by the Atlantic Multi-decadal Oscillation (AMO) and secondly by the Pacific Decadal Oscillation (PDO). [15] We show that we can estimate the dip of a sheet from a reliably determined dynamic magnetic anomaly induced by the range of the magnetic field through its diurnal variation. [16] The $\mathbb{Z}_{2}$ anomaly induced LSMC is a spin version of the longitudinal magnetoconductivity (LMC) due to the chiral anomaly, which possesses all characters of the chiral anomaly induced LMC. [17] The chiral anomaly induced negative longitudinal magnetoresistance confirms the presence of Weyl fermions. [18]敏感性分析表明，天文潮位对排水系统性能的影响相对较小，而海平面上升和风暴潮对岸礁引起的海平面异常共同作用对排水系统的影响不可忽略。 . [1] 对于温盐结构的区域变化，随着涡流向西移动，涡流引起的温度异常增加，涡流作用深度加深，盐度结构受来流影响更大。 [2] 2 月亚热带大西洋暖海温上升异常和 200-hPa GPHA 正值有利于罗斯贝波源的有效形成，并刺激大气波列在阿拉伯海北部形成异常气旋，有助于增强印度北部上空的对流，刺激了印度东部上空的异常反气旋，并导致 3 月印度洋东北部的对流减少。 [3] 我们还观察到手性异常引起的正纵向磁导率，这表明在施加的磁场下处于外尔费米子状态。 [4] 最近，理论上预测了由边界引起的量子相位异常，因为在没有外部磁场的一维海森堡自旋 $XY$ 模型中，位点的数量 $N$ 趋于无穷大。 [5] 在这里，我们提出了一种独立的方法来从光学图像中导出由风产生的海浪引起的水面高程异常。 [6] SrRuO3 薄膜中的磁性 Weyl 费米子由手性异常诱导的磁输运指示，并通过角分辨光电子能谱 (ARPES) 和第一性原理计算表征的电子结构中观察到的 Weyl 节点得到验证。 [7] 对这种辐射的检测将构成对由轴向电磁场引起的轴向异常的直接测量。 [8] 研究表明，不同的 CODS 对损伤引起的局部异常具有不同的敏感性，七种 CODS 中只有两种可用于检测隐藏损伤的位置。 [9] 我们的研究结果提供了证据，证明由 tbx5a 敲低引起的胸鳍表型异常与中胚层和 ECM 的破坏有关，因此干扰中胚层迁移、CC 和随后的内骨骼形成。 [10] 狄拉克半金属通过打破时间反演对称性转变为外尔半金属，从而产生有趣的物理性质，例如手性异常引起的负磁阻和外尔轨道相关的量子输运。 [11] 结果表明，相变对应于涡流引起的海面高度异常。 [12] 在本文中，我们从理论上研究了手性异常引起的手性电荷不平衡对外尔超导体-外尔半金属-外尔超导体结中约瑟夫森电流的影响。 [13] 我们的研究结果表明，IGAROT 改善了车辆之间的道路异常通信，从而使驾驶员能够更好地导航异常道路，从而减少道路异常引起的事故。 [14] 这种冷的埃克曼平流是由于首先由大西洋多年代际涛动 (AMO) 和其次由太平洋年代际涛动 (PDO) 引起的西风异常。 [15] 我们表明，我们可以根据可靠确定的动态磁异常来估计薄片的倾角，该异常是由磁场范围通过其昼夜变化引起的。 [16] $\mathbb{Z}_{2}$ 异常诱发的 LSMC 是由手性异常引起的纵向磁导率 (LMC) 的自旋版本，具有手性异常诱发的 LMC 的所有特征。 [17] 手性异常引起的负纵向磁阻证实了外尔费米子的存在。 [18]
Chiral Anomaly Induced 手性异常诱发
We also observe chiral anomaly induced positive longitudinal magnetoconductivity which indicates a Weyl fermion state under applied magnetic field. [1] The magnetic Weyl fermion in the SrRuO3 films is indicated by the chiral anomaly induced magnetotransport, and is verified by the observed Weyl nodes in the electronic structures characterized by the angle-resolved photoemission spectroscopy (ARPES) and first-principles calculations. [2] Dirac semimetals transform into Weyl semimetals by breaking the time reversal symmetry, resulting in interesting physical properties, such as the chiral anomaly induced negative magnetoresistance and the Weyl orbit related quantum transport. [3] In this paper, we theoretically study the influence of the chiral anomaly induced chiral charge imbalance on the Josephson current in a Weyl superconductor-Weyl semimetal-Weyl superconductor junction. [4] The $\mathbb{Z}_{2}$ anomaly induced LSMC is a spin version of the longitudinal magnetoconductivity (LMC) due to the chiral anomaly, which possesses all characters of the chiral anomaly induced LMC. [5] The chiral anomaly induced negative longitudinal magnetoresistance confirms the presence of Weyl fermions. [6]我们还观察到手性异常引起的正纵向磁导率，这表明在施加的磁场下处于外尔费米子状态。 [1] SrRuO3 薄膜中的磁性 Weyl 费米子由手性异常诱导的磁输运指示，并通过角分辨光电子能谱 (ARPES) 和第一性原理计算表征的电子结构中观察到的 Weyl 节点得到验证。 [2] 狄拉克半金属通过打破时间反演对称性转变为外尔半金属，从而产生有趣的物理性质，例如手性异常引起的负磁阻和外尔轨道相关的量子输运。 [3] 在本文中，我们从理论上研究了手性异常引起的手性电荷不平衡对外尔超导体-外尔半金属-外尔超导体结中约瑟夫森电流的影响。 [4] $\mathbb{Z}_{2}$ 异常诱发的 LSMC 是由手性异常引起的纵向磁导率 (LMC) 的自旋版本，具有手性异常诱发的 LMC 的所有特征。 [5] 手性异常引起的负纵向磁阻证实了外尔费米子的存在。 [6]
anomaly induced negative
Dirac semimetals transform into Weyl semimetals by breaking the time reversal symmetry, resulting in interesting physical properties, such as the chiral anomaly induced negative magnetoresistance and the Weyl orbit related quantum transport. [1] The chiral anomaly induced negative longitudinal magnetoresistance confirms the presence of Weyl fermions. [2]狄拉克半金属通过打破时间反演对称性转变为外尔半金属，从而产生有趣的物理性质，例如手性异常引起的负磁阻和外尔轨道相关的量子输运。 [1] 手性异常引起的负纵向磁阻证实了外尔费米子的存在。 [2]