Plane Layer(平面层)研究综述
Plane Layer 平面层 - The silicon and ground-plane layers have thicknesses of $20\mu \ m$ and $5\mu \ m$, respectively. [1] Besides of this mode, here we experimentally demonstrate a distinct field-free switching mode in a T-type magnetic system with structure of MgO/CoFeB/Ta/CoFeB/MgO where a perpendicular layer with tilted easy axis was coupled to an in-plane layer with a uniaxial easy axis. [2] A diffusion model of dissociation of a plane layer of gas hydrate into ice and gas has been presented, which permits modeling the effect of self-preservation of gas hydrates. [3] The frequency dependence of the propagation constants of plane layered dielectric waveguides with the Kerr nonlinearity is considered. [4] For the purpose of enhancing the interlaminar properties, the unidirectional Glass Fibre Reinforced Plastics (GFRP) laminates were fabricated by adding carbon nanotubes (CNTs) buckypaper to the mid-plane layers under different curing pressures (1 MPa, 2 MPa, 3 MPa). [5] At first, the effect of different notch parameters on the peel, shear and von Mises stress distributions of the adhesive mid-plane layer is investigated by using the Finite Element (FE) method. [6] The normal wave dispersion in plates is modelled, the convergence of the approximate solutions is studied using the known exact solution for a plane layer as a reference. [7] Multiplane 3D printed specimens were also created, using a robot arm platform with multiplane layering capabilities. [8] To excite the structure, a novel feeding mechanism is used comprising open-circuited microstrip lines located on the back side of the structure, which couple the electromagnetic energy from the bottom layer to the antennas on the top-layer through metasurface slot-lines in the middle ground-plane layer. [9] The algorithm performs quadtree decomposition of original grayscale image corresponding to different decomposition factors γ and performs bit-plane layering according to the block class obtained by quadtree decomposition. [10] Then, the peel, shear, longitudinal and von Mises stress distributions in the adhesive mid-plane layer are compared for different adherend notch parameters. [11] The AlN mole fraction of m -plane layers and c -plane co-loaded layers estimated by X-ray diffraction is comparable. [12] Kirchgassner reduction was used to treat convection in a plane layer between insulating boundaries. [13] Specific examples are considered: wave excitation by sources moving with velocity close to that of natural disturbances in the medium, wave excitation in a plane layer (one-dimensional resonator) by oscillation of one of the walls, and forced oscillations of two coupled oscillators. [14]硅层和接地层的厚度分别为 $20\mu\m$ 和 $5\mu\m$。 [1] 除了这种模式之外，我们在这里通过实验证明了在具有 MgO/CoFeB/Ta/CoFeB/MgO 结构的 T 型磁系统中的一种独特的无场开关模式，其中具有倾斜易轴的垂直层耦合到平面内具有单轴易轴的层。 [2] 已经提出了气体水合物平面层解离成冰和气体的扩散模型，该模型允许对气体水合物的自我保存效应进行建模。 [3] 考虑了具有克尔非线性的平面层状介质波导的传播常数的频率依赖性。 [4] 为了提高层间性能，在不同的固化压力（1MPa、2MPa、3MPa）下，通过在中间平面层中添加碳纳米管（CNTs）巴克纸来制造单向玻璃纤维增强塑料（GFRP）层压板。 [5] 首先，利用有限元（FE）方法研究了不同缺口参数对粘合中间平面层剥离、剪切和冯米塞斯应力分布的影响。 [6] 对板中的法向波色散进行建模，以平面层的已知精确解为参考，研究近似解的收敛性。 [7] 还使用具有多平面分层功能的机械臂平台创建了多平面 3D 打印样本。 [8] 为了激发该结构，使用了一种新颖的馈电机制，包括位于结构背面的开路微带线，其将来自底层的电磁能通过超表面槽线耦合到顶层的天线。中间地平面层。 [9] 该算法对不同分解因子γ对应的原始灰度图像进行四叉树分解，并根据四叉树分解得到的块类进行位平面分层。 [10] 然后，针对不同的粘附体缺口参数，比较了粘合剂中间平面层中的剥离、剪切、纵向和 von Mises 应力分布。 [11] 通过 X 射线衍射估计的 m 面层和 c 面共载层的 AlN 摩尔分数是可比的。 [12] Kirchgassner 还原用于处理绝缘边界之间的平面层中的对流。 [13] 考虑具体示例：以接近介质中自然扰动的速度运动的源的波激发，通过其中一个壁的振荡在平面层（一维谐振器）中激发波，以及两个耦合振荡器的强制振荡。 [14]
Horizontal Plane Layer 水平面层
Thermal vibrational convection of liquid in a horizontal plane layer heated from above and subject to circular translational vibrations in horizontal plane is experimentally investigated. [1] Therefore, the model of rotating magnetoconvection in horizontal plane layer rotating about vertical axis and permeated by homogeneous horizontal magnetic field, influenced by anisotropic diffusivities, viscosity and thermal diffusivity, is advanced by considering the magnetic diffusivity as anisotropic too. [2] On the basis of the phase-field approach, we investigate the simultaneous diffusive and convective evolution of an isothermal binary mixture of two slowly miscible liquids that are confined in a horizontal plane layer. [3]实验研究了从上方加热的水平面层中液体的热振动对流并在水平面内受到圆形平移振动。 [1] 因此，在考虑磁扩散率各向异性的基础上，提出了受各向异性扩散率、粘度和热扩散率影响的水平面层绕垂直轴旋转并渗透均匀水平磁场的旋转磁对流模型。 [2] 在相场方法的基础上，我们研究了限制在水平平面层中的两种缓慢混溶液体的等温二元混合物的同时扩散和对流演化。 [3]
Ground Plane Layer 地平面层
Subarray partition is employed, and more importantly, the ground plane of the reflectarray is divided into several segments so that about one third part of the driving lines can be transferred from the patch layer to the ground plane layer. [1] The designed antenna printed on one ground plane layer of a low-cost FR4 substrate with an overall size of. [2]采用子阵列分区，更重要的是，反射阵列的地平面被分成若干段，这样大约三分之一的驱动线可以从贴片层转移到地平面层。 [1] 所设计的天线印刷在低成本 FR4 基板的一个接地层上，整体尺寸为 [2]
Datum Plane Layer 基准平面图层
In fact, Denial of Service (DoS) attacks are the ones that challenge the SDN environments in many aspects, mainly due to vulnerabilities between the control and the data plane layers. [1] In fact, Denial of Service (DoS) attacks are the ones that challenge the SDN environments in many aspects, mainly due to vulnerabilities between the control and the data plane layers. [2]事实上，拒绝服务 (DoS) 攻击在许多方面都对 SDN 环境造成了挑战，主要是由于控制层和数据层之间的漏洞。 [1] 事实上，拒绝服务 (DoS) 攻击在许多方面都对 SDN 环境造成了挑战，主要是由于控制层和数据层之间的漏洞。 [2]