1) orthogonality
[ɔ:θɔɡə'næliti]
正交性
1.
The investigation of source term in numerical grid generation equations on the influence of grid orthogonality;
数值网格生成方程中源项对网络正交性影响的研究
2.
Control of grid spacing and orthogonality in numerical generationof body-fitted curvilineal coordinate system;
贴体网格生成技术中正交性和空间疏密控制研究
3.
Note on H orthogonality and characterizations of inner product spaces;
H正交性的注解和内积空间特征
2) Orthonormality
[,ɔ:θəunɔ:'mæliti]
正交性
1.
Stability and orthonormality of matrix refineable function;
矩阵细分函数的正交性与稳定性
2.
Some examples are given to explain orthonormality,adjoint operator,orthonormal projection operator,converges in norm and weak sense which used onwavelet theo- ry.
重点说明希尔伯特空间的正交性、伴随算子、投影算子以及依范数收敛、弱收敛在小波理论中的体现。
3.
Some application problems in functional anlaysis course be researched,functional analysis application in wavelet theory be expounded, some examples be given to explain orthonormality,adjoint operator,orthonormal projection operator,converges in norm and weak* sense how to be used on wavelet theory.
对泛函分析课程教学中的一些应用问题进行了探讨,阐述了泛函分析在小波理论中的应用,重点说明希尔伯特空间的正交性、伴随算子、投影算子以及依范数收敛、弱*收敛在小波理论中的体现。
3) orthotropy
[ɔ:'θɔtrəpi]
正交异性
1.
All the results show that the electric displacement produced in X by this sensor is about three times of that produced in Y,thus this sensor has more obvious orthotropy and can distinguish stress waves from the different directions.
结果表明:该传感元件X向产生的电位移大小约为Y向产生电位移大小的3倍,正交异性更加明显,能清楚区分不同方向的应力波;选择合适的纤维间隔,减小电极中心距、电极面宽度和纤维直径能有效的改善传感元件的传感性能。
4) orthogonal flexible
正交柔性
1.
According to the situation of wearing study of concrete structure,a kind of improved Chebyshev orthogonal flexible neural network can be applied in wearing estimations of concrete structure.
参考目前混凝土结构耐久性的研究现状,将改进后的Chebyshev正交柔性神经网络应用于结构耐久性评估中。
5) orthotropic
[英][,ɔ:θə'trɔpik] [美][,ɔrθə'trɑpɪk]
正交异性
1.
Study on Structural Properties of Asphalt Pavement on Orthotropic Steel Bridge;
正交异性钢桥面沥青铺装结构特性的研究
2.
A 3D orthotropic model of hypoelasticity for concrete;
混凝土三维正交异性次弹性本构模型
3.
A general solution to orthotropic material plane problems;
正交异性幂强化材料的平面应力应变分析
6) double orthogonality
双正交性
1.
The simulation results show that PSWF pulses have the advantages of adaptively changeable center frequency,easily controlled band,and double orthogonality.
结果表明,PSW F脉冲具有中心频率可调、带宽可控的优点,并具有双正交性,能实现任意频点不同深度的陷波,更好地抑制窄带干扰。
补充资料：正交性
分子式：
CAS号：
性质：如果两个函数ψ1(r)和ψ2(r)满足条件：∫ψ1*(r)ψ2(r)dτ=0，则称这两个函数相互正交。在量子力学中，有意义的物理量都可以用一个线性厄米算符来表示。量子力学表明：属于同一厄米算符的不同本征值的本征函数互相正交。这种性质称为本征函数的正交性。
CAS号：
性质：如果两个函数ψ1(r)和ψ2(r)满足条件：∫ψ1*(r)ψ2(r)dτ=0，则称这两个函数相互正交。在量子力学中，有意义的物理量都可以用一个线性厄米算符来表示。量子力学表明：属于同一厄米算符的不同本征值的本征函数互相正交。这种性质称为本征函数的正交性。
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