1) MAGIC simulation
MAGIC粒子模拟
2) particle simulation
粒子模拟
1.
Particle simulation of ion thruster optical system using single linked list;
单链表在离子发动机光学系统粒子模拟中的应用
2.
Particle simulation and experimental research of S-band tapered magnetically insulated transmission line oscillator;
S波段锥形磁绝缘线振荡器粒子模拟和实验研究
3.
Design and implementation of an unstructured parallel communication model in large-scale particle simulation;
粒子模拟中一种非结构化通用并行通信模式的研究和范型实现
3) particle-in-cell simulation
粒子模拟
1.
5-dimensional particle-in-cell simulation,the microwave output power depending on the position and the inner radius of the reflector is studied.
5维粒子模拟表明,微波输出功率随反射板的位置呈周期性变化。
2.
A fast particle-moving algorithm for particle-in-cell simulation of plasmas in polar coordinates system was proposed, in which the local rectangular coordinates approximation was used in the area near the position of the charged particle at every time step.
提出了一种在极坐标系下快速推进带电粒子的等离子体粒子模拟算法,该算法在每个时间步长内对带电粒子位置附近的区域采用局部直角坐标系近似,并通过坐标变换,得到粒子运动方程求解的显式格式,从而避免了极坐标系下隐式格式直接迭代求解所带来的容许误差,并提高了计算效率。
3.
Especially, discuss how to use the way of phenomenological description to realize particle-in-cell simulation in two-dimensional of explosive emission.
分析了爆炸式发射的物理机理,在二维Yee网格模型的基础上推导出了爆炸式发射的发射条件及逃离阴极表面的粒子电荷的计算公式,讨论了在程序中如何用唯相的方法来描述爆炸式发射的二维粒子模拟实现过程,并以向内发射同轴二极管为例从其电流电压关系及电子束运动特性方面验证了模拟的正确性。
4) Particle-in-cell
粒子模拟
1.
The particle-in-cell simulation and Monte Carlo collision simulation of the interaction between electrons and microwave in electron cyclotron resonance discharge
电子回旋共振放电中电子与微波互作用特性的粒子模拟和蒙特卡罗碰撞模拟
2.
CHIPIC is a particle-in-cell(PIC)software which is used to solve the high power microwave electromagnetic field problems, the electromagnetic field algorithm is a key module to it.
基于CHIPIC是一个高功率微波电磁粒子模拟软件,电磁场的数值计算模块是其核心模块,介绍了CHIPIC软件中电磁场计算的基本方法,以及在其基础上改进而来的时偏算法;同时还对以上两种计算方法所适用的不同物理模型进行了讨论,并对所编制电磁场数值计算模块的正确性进行验证,结果证明CHIPIC的计算结果是正确的。
3.
We have developed a theoretical and computational model to study the initiation phase of pseudospark discharges in a hollow cathode via a quasi-three-dimensional electrostatic particle-in-cell plus Monte Carlo collision(PIC/MCC) method.
采用粒子模拟与蒙特卡罗相结合(PIC/MCC)的方法,应用静电模型,编写了准三维的模拟程序。
5) PIC simulation
粒子模拟
1.
PIC simulation of air-filled high power microwave generator with coaxial slow wave structure;
充空气的同轴慢波结构高功率微波器件粒子模拟
2.
PIC simulation of an unmagnetized plasma-filled relativistic backward-wave oscillator;
非磁化等离子体填充的相对论返波管的粒子模拟
3.
Backward Langmuir Wave Analysis and Comparesion with PIC Simulation;
反向Langmuir波的研究及与粒子模拟的比较
6) PIC
[英][pɪk] [美][pɪk]
粒子模拟
1.
The coaxial relativistic back-wave oscillator (RBWO) with ICC is simulated and optimized with a particle-in-cell code (PIC).
推导了波纹内导体慢波结构的热腔色散方程,得到了色散特性曲线与时间增长率曲线,构造并运用粒子模拟软件优化了大管径波纹内导体同轴相对论返波振荡器的模型。
2.
The second harmonic three-stage gyroklystron amplifier is designed and simulated by means of PIC simulation software.
应用粒子模拟软件对设计的二次谐波三腔回旋速调管放大器进行了数值模拟。
3.
We improve the cPML algorithm and implement it in our PIC software package LAPINE.
改进基于卷积的PML算法的差分形式,使之适合于PIC粒子模拟,编制了相应代码。
补充资料：初级粒子和原级粒子
分子式：
CAS号：
性质：又称初级粒子和原级粒子。利用各种化学反应方法得到的最初粒子(晶粒)。一次粒子的大小约为0.005～1μm，比筛分的极限小得多，在介质中有相当高的稳定性。
CAS号：
性质：又称初级粒子和原级粒子。利用各种化学反应方法得到的最初粒子(晶粒)。一次粒子的大小约为0.005～1μm，比筛分的极限小得多，在介质中有相当高的稳定性。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条