在低维粒子模拟中，采用具有低维运动的球粒子模型。
A spherical particle with reduced dimensional motion model is presented.
数值方法经历了由连续介质到离散粒子模型的进展过程。
Numerical Methods have experienced the development from continuum model to discrete particle model.
结合波动模型和粒子模型的理论是由马克斯·普朗克提出的。
The theory that combines both the wave and particle models was suggested by Max Planck.
把单粒子模型中粒子导向中心漂移现象推广到磁流体力学和等离子体中去。
This paper expands the particle drift in single particle model to the magnetic hydrodynamics and the plasma.
基于粒子模拟方法，对三维空间电荷力的计算采用全三维塑性宏粒子模型。
Super particle model is used to compute the 3-d space charge forces based on PIC.
本文从单粒子模型出发，导出了考虑相对论能量因子一级扰动量影响的色散方程。
In this paper, on the basis of a single-particle model, the dispersion equation is obtained after considering the first perturbation term of relativistic energy factor.
采用一维单粒子模型对光学速调管结构目由电子激光器增益和效率的提高进行了研究。
The gain and efficiency improvement of free electron laser by an optical klystron configuration has been studied by one dimensional single-particle model.
并基于“粒子模型”获得了还原反应的动力学模型，据此还提出了还原的动力学机理。
A kinetics model of the reduction is established based on the micro-grain model. According to this, the kinetics mechanics of the reduction is put forward.
当波源、介质、观测者相对运动时，我们习惯采用的粒子模型对波源的测定方法存在错误。
If one adopts the particle-model as usual, there is always a mistake in the wave source determining method, while wave source, medium and observer move relatively.
同时进一步论证了在宏观物理领域经典波动理论是正确的；光的粒子模型主要适用微观物理领域。
Meanwhile, this article has proved that the classical wave theory is correct in the macroscopic physical realm and the particle-model of light is available in the microscopic physical realm.
方法：将第每个反射子波用一个粒子模型表示，来自同一反射面的子波粒子相互叠合成一个同相面。
Methods: Using a particle model to show a reflection wavelet, all the particles from the same bed will coincide to a reflection surface.
在一维模拟中，采用混合模型研究离子噪声，用包络方程描述电子束的，用离散的宏粒子模型描述离子。
In one-dimension simulation, the approach taken is a hybrid model where the ions are treated as distinct particles in one-dimension while the electron beam is treated using the beam envelope equation.
利用现行标准的统计力学方法推导出中间统计的巨配分函数，得到了服从中间统计的理想自由粒子模型的热力学函数。
The grand partition function of intermediate statistics with a standard method is derived to calculate the thermodynamic properties of an ideal free-particle model.
本文结合交通部重点科研课题——海上溢油应急反应专家系统，对溢油应急反应的潮流数值模型和油粒子模型进行了系统的研究。
The paper connected with the key MOC project-Oil spill emergency responding Expert System on the sea, researched the tide-current numeric model and oil parcel model of oil spill emergency responding.
在该程序设计中，宏粒子采用环宏粒子模型，用体积加权模型将每一个宏粒子电量分配到格点上，相对于面积加权模型更加精确。
Ring structure macro particle is distributed on grid by the volume-weighted model method and can be more accurate than face-weighted method.
从粒子产生和湮灭的舞蹈、层子模型和靴袢理论三个方面来论述基本粒子不基本的思想。
The basic ideology in the paper is "the basic particle is not basic", which illustrates in three respects, such as dance of generation and annihilation, straton model and boot loop theory.
应用双波函数量子理论，研究了在二次型非简谐振子模型场中运动的单粒子的运动状态，给出了力学量的时间演化方程。
The double wave function theory is applied to study the motion of single particle in the quadratic anharmonic model field.
阐述了剪刀带的形成机制，并论证了在半经典近似和平均场近似下，倾斜轴推转模型与粒子转子模型等价。
It is proved that the tilted axis cranking (TAC) model is equivalence to the particle rotor model (PRM) under the semi classical and mean field approximations.
简述了已知的粒子质量公式，由动力学的对称性自发破缺机制导出粒子的动力学模型和振动-转动模型，其简化形式是谐振子模型。
The dynamical model and the oscillation-rotation model of particle are derived from the dynamical mechanism of spontaneously break symmetry, and its simplified form is a harmonic oscillator model.
基于推转模型和粒子转子模型关于奇奇核二准粒子转动带磁偶极约化跃迁几率的描述，对稀土区双奇核的这一行为进行了讨论。
Such a phenomenon is discussed based on the formula of magnetic dipole reduced transition probability deduced from the Cranking Shell Model and Particle Rotor Model respectively.
运用两维半、全电磁模型的MAGIC程序对同轴式反射三极管中的虚阴极振荡现象进行了粒子模拟研究。
In this paper the phenomena of the virtual cathode oscillation in coaxial reflex triode are investigated by means of two and one half dimensional and fully electromagnetic MAGIC code.
DPD是非格子模型介观模拟技术，囊括粒子群在连续的空间和间断的时间中运动。
DPD is an off-lattice mesoscopic simulation technique which involves a set of particles moving in continuous space and discrete time.
DPD是非格子模型介观模拟技术，囊括粒子群在连续的空间和间断的时间中运动。
DPD is an off-lattice mesoscopic simulation technique which involves a set of particles moving in continuous space and discrete time.
应用推荐