矩阵光学,matrix optics
1)matrix optics矩阵光学
1.All the parameters of the zoom system are achieved with mathematic software,which solves a nonlinear equation group set up with a ray-transmission matrix of the zoom lens,based on the theory of the matrix optics.与传统方法不同的是,该文利用矩阵光学理论,建立变焦距镜头的光线传输矩阵,并以此矩阵建立非线性方程组,然后用数学软件对其求解,得到各组元的焦距、组间隔等参数。
2.Being encountered to forecast of the influences of mechanical vibration on the performances of optical system, an analytical model was established based on the theory of matrix optics and vibration mechanics.针对机械振动对光学系统性能影响的预测问题 ,基于矩阵光学和机械振动学理论 ,建立了振动响应对光学系统性能失调和光束稳定性的分析模型 ,并以某光学系统为例 ,给出了数值仿真方法。
3.A mathematical model is developed for the studying both the Faraday magneto optical and linear birefringence effect by using the method of matrix optics.分析了一种用于测量电力系统三相电流的光学电流互感器系统,用矩阵光学方法建立了既具有旋光效应又具有线性双折射效应的三相光学电流互感器系统的数学模型。
英文短句/例句

1.Within the framework of the paraxial approximation the matrix decomposition and equivalent transformation of misaligned optical systems are studied in detail based on matrix method in optics.在傍轴近似下,采用矩阵光学方法详细研究了失调光学系统变换矩阵的分解与等效变换问题。
2.Gaussian beam propagation through complicated optical systems is studied in detail by using matrix optics method.使用矩阵光学技巧和方法详细研究了高斯光束通过复杂光学系统的传插问题。
3.Study on the Distribution of Optical Vector-matrix Multiplier;光学矢量—矩阵乘法器中的光场分布研究
4.matrix spectrophotometry矩阵换算分光光度法
5.Calculation and realization of the weight coefficient matrix of fan-beam structure in optical PT;光学PT扇束结构权重系数矩阵计算与实现
6.Accurate measurement of control matrix in liquid crystal adaptive optical system液晶自适应光学系统中控制矩阵的精确测量
7.Optical vector-matrix multiplication based on ternary optical processor基于三值逻辑光学处理器实现向量矩阵乘法
8.LED matrix display board发光二极管矩阵显示板
9.Dwell Time Algorithm Based on Vector for MRF Process of Optics基于矩阵运算的光学零件磁流变加工的驻留时间算法
10.Analysis of Double Plate Rotation Depolarizer by Mueller Matrix双光楔旋光退偏器的Mueller矩阵分析
11.A MATRIX THEORY FOR OPTICAL PASSIVE RESONATORS (IN CYLINDRICAL COORDINATES) (II) CALCULATION FOR AXIAL SYMMETRIC STABLE RESONATORS光学无源谐振腔的矩阵理论(柱坐标)(Ⅱ) 轴对称稳定光学无源谐振腔的计算
12.Matrix method is applied in catadiopt rics to calculate the more complex combination of reflecting and refracting elements.本文介绍了矩阵方法应用于屈光学中较为复杂的反射折射光学系统的计算。
13.A Numerical Matrix Method for Mode Calculation of Optical Resonators;激光谐振腔模式研究的数值矩阵方法
14.A Novel Matrix Approach for Imaging in Coaxial Optical System Including Reflection;含反射的共轴光具组成像的矩阵方法
15.Mueller Matrix Analysis of Photoelastic Modulator;光弹调制器应用的Mueller矩阵分析
16.The square matrix is called a diagonal matrix.该方矩阵称为对角矩阵。
17.The matrix is defined as the reciprocal of A.该矩阵定义为A之逆矩阵。
18.Design and Implementation of the Automatic Optical Circuit Switching Based on Low Crosstalk OXC;用低串扰光交换矩阵实现自动光链路交换
相关短句/例句

optical matrix光学矩阵
3)optical matrix-matrix multiplier光学矩阵-矩阵乘法器
4)optical transmission matrix光学传输矩阵
1.Using optical transmission matrix method we testify the defective structure that result in the band gap with flaw, and then get the conclusion that "f" (the incident frequency in the flaw of band gap) will fall linearly with the increase of "n_c" (the refractive index of inserted dielectric layer), and simulate their geometrical figure.采用文中图1所示的一维光子晶体的缺陷模,应用光学传输矩阵法,证明了由光子晶体的缺陷结构引起的光子禁带破缺,得出:"f"(禁带破缺处对应的入射光频率)随"nc"(插入介质层的折射率)的增加线性下降,数值模拟了它们的几何图形。
5)Matrix optics method矩阵光学方法
1.Using the matrix optics methods,the misalignment characteristics of the mirrors of the coaxial four-mirror resonator with annular gain media are analyzed,and some related calculation formulas are presented.采用矩阵光学方法,对适用于可见光的圆筒形增益区同轴四镜腔中的腔镜因倾斜而产生的失调特性进行了分析,给出了相关计算公式。
6)optical matrix multiplication光学矩阵乘法
延伸阅读

Cartan矩阵Cartan矩阵Cartan matrix 当它的Cartan矩阵是不可分解的:xndecom拼巧able),即在指标的某些置换后,不可能表为对角块矩阵. 令g=q、十十q。是g分解为单子代数的直和,A,是单I一ie代数g的C盯tan矩阵·则对角块矩阵 {…一{一:……是9的Cartan笼,阵.(对单Lze代数的Cartan矩阵的具体形式,见半单lje代数(Lie al罗bra,semi一slmple).) Cartan矩阵的分量“。二2恤等)/(“r·咐有下列性质: 拭.2:“‘()a,、Z,对,势了 以0二冷u/二11Cartan矩阵与用’‘三成元和关系来kjJ画q密切侧关即g中存在线性无关的生成兀e‘,厂、八,(i=飞、·…:)(称为典范生成元(以n、,,11以l罗nerators。),满足下歹,1关系: 卜,_用/氏h;I气州二“叮(2) }h,厂一“/」,lh‘寿}二以任意两个典范生成儿组可由q的自同构互相变换.典范产仁成元还满足关系 (ad引“’价二。,扭d厂)‘仁’.石二。,,若/,(3)据定义这里(adx汗一卜川对丁一给定的生成兀组。、fh(i一l,二,心关系(2)和(3)定义了g戈见[2〕). 对满足(I)的任意矩阵A,设以。,f,h,(i=l,;)为生成一f以(2),〔3)为定义关系的klLie代数为g妇),则乌训)是有限维的,当且仅当A是一个一半单bc代数的Cartan矩阵{3]I补注]满足条初门)的矩阵左定义一个有限维l玲代数,当且仪当它是王定的;在其他情况,如半正定情形,出现其他有趣的代数,见Kac一M以月y代数(K-a。M以刘y al罗bra),{A2」. 设L是特征为0的代数闭域上的半单Lic代数,则满足条件(2)的生成元e,厂,h,的集合也称为Cheva-lley生成元(Chevalley罗nerators)或Chevalley基份hevalley basis)这样的生成元的存在性定理称为C讹valley定理(Chevalley theorem).关系(2),(,;)定义Lie代数的结果常称为Serre定理(Serre th即。。、2)域K上带单位元的有限维结合代数A的Cartan琴阵是矩阵(ctj)(i·,一‘,“‘、‘),由有限维不可约左A模的完全集N!,…,从来定义.明确地说,气是满足Hom(月,N)并O的不可分解投射左A模月的合成列中凡出现的次数.对每个N,这样的只存在巨在同构意义下是唯一确定的 在一定情况下,〔artan矩阵〔”被证明是对称正定的,甚至C二D了D,这里D是整数矩阵。