1) Hybrid lattice
Hybrid lattice
2) Hybrid-lattice system
Hybrid-lattice系统
1.
Based on a trial function method,by using two direct algebraic methods composed of hyperbolic function and triangle function,the exact solitary wave solutions and triangle function wave solutions to the nonlinear difference differential mKdV equation and Hybrid-lattice system are constructed with the help of Mathematica for the symbolic computation system.
在试探函数法的基础上利用双曲函数和三角函数所组成的两种直接代数法,并借助符号计算系统Mathematica构造了非线性差分微分mKdV方程和Hybrid-lattice系统的精确孤波解和三角函数波解。
3) (2+1)-dimensional Hybrid lattice equation
(2+1)-维Hybrid lattice方程
4) (2+1)-dimensional Hybrid-Lattice
(2+1)维Hybrid-Lattice系统
5) Lattice
Lattice
1.
Design of the HLS High Brilliance Lattice;
合肥光源高亮度模式Lattice设计(英文)
2.
Application of Lattice method in option pricing;
Lattice 方法在期权定价中的应用研究
3.
Lattice Code Design for OFDM System over Rayleigh Fading Channel;
衰落信道下的OFDM系统Lattice编码设计
6) Hybrid
Hybrid
1.
The Study of Hybrid E-learning Model;
Hybrid综合学习模式研究
2.
This paper,based on the characteristics of the ethernet port three kinds of modes,including(Access),Hybrid,Trunk,combined with some projects that the author participated in,puts forward the vivid(installing) the method of the ethernet port Hybrid mode,to increase the safety of the network,and resolve the tight lacking problem for the IP address etc.
针对以太网端口三种模式Access,Hybrid,Trunk的特点,结合工程实践,提出灵活配置以太网端口Hybrid模式的方法,以提高网络的安全性,解决IP地址紧缺问题等。
参考词条
lattice model
Lattice Boltzmann
LP-lattice
lattice码
Hybrid Ⅲ 50th
Hybrid Inlining
Lazy Hybrid
Hybrid SVPWM
Lattice Boltzmann方法
lattice thermal conductivity
Lattice Boltzmann模型
Lattice Boltamann方法
Lattice-Boltzmann方法
Lattice Boltzmanm方法
Toda-Lattice系统
Lattice Boltzman方法
Lattice-Boltzmann模型
Lattice参数
车辆实时检测系统
遮盖力计
补充资料:A-face centered lattice
分子式:
CAS号:
性质:亦称A心格子或A心点阵。是指所选正当晶格平行六面体单位中,除0,0,0原点处有格点(即点阵点)外,另在0,1/2,1/2处A面中心位置亦有格点的一种晶格,即这是只在平行六面体的一个侧面带心的晶格型式。这种正当单位只在正交或单斜晶系中选用。
CAS号:
性质:亦称A心格子或A心点阵。是指所选正当晶格平行六面体单位中,除0,0,0原点处有格点(即点阵点)外,另在0,1/2,1/2处A面中心位置亦有格点的一种晶格,即这是只在平行六面体的一个侧面带心的晶格型式。这种正当单位只在正交或单斜晶系中选用。
说明:补充资料仅用于学习参考,请勿用于其它任何用途。