- 更多网络例句与柱函数相关的网络例句 [注：此内容来源于网络，仅供参考]
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According to the hypothesis of continuum, a tube with the corner strengthened is gained to make an equal of the frame-tube. B3-spline functions and parabola functions are applied to simulate the displacement functions of the frame-tube. The system of equations about the undetermined coefficients of displacement functions is deduced by using energy-variational principle, by solving which the displacement of the frame-tube is gained. Then the internal forces in the columns and beams of the former frame-tube are obtained according to the principles of elasticity mechanics.
根据连续化假设将框筒等效为角部加强筒体，将三次样条函数与抛物线函数结合假定框筒的位移函数，运用能量变分原理推导出了关于位移函数待定系数的方程组，解得位移函数待定系数进而解得框筒的位移，再根据弹性力学原理确定原框筒中梁柱的内力。
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The Green's tensor in frequency domain for cylindrical layered media was deduced from the 3-D Green dyadic for homogeneous media according to the propagation laws of waves in layered media,then the Green's tensor in spatial domain can be achieved with Fourier transformation ,which is a singular integral of wave-number.
根据分层介质中波的传播规律，由均匀介质中的三维张量格林函数得到频率域中柱状分层介质的张量格林函数表达式，经过傅立叶变换，可以得到空间域的格林函数，它是一个关于波数的奇异积分。
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The Green's tensor in frequency domain for cylindrical layered media was deduced from the3-D Green dyadic for homogeneous media according to the propagation laws of waves in layered media,then the Green's tensor in spatial domain can be achieved with Fourier transformation,which is a singular integral of wave-number.
摘要根据分层介质中波的传播规律，由均匀介质中的三维张量格林函数得到频率域中柱状分层介质的张量格林函数表达式，经过傅立叶变换，可以得到空间域的格林函数，它是一个关于波数的奇异积分。
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Function graphing and analyzing: 2D, 2.5D functiongraphs and animations, extrema, root, tangent, limit,derivative, integral, inverse; sequence of number: arithmetic progression, geometric progression; analytic geometry: vector, line, circle, ellipse,hyperbola and parabola; solid geometry: spatial line, prism, pyramid, cylinder, cone, dado and sphere; Ability to save graph as data file or bmp file; Ability to save animation as AVI file; Ability to move, zoom in, zoom out and rotate the scene.
函数图表和分析：2D， 2.5D 函数图表和动画，极值，根，正切，极限，导数；序列号：等差数列，等比级数；解析几何：向量，矢量，直线，圆，椭圆，双曲线和抛物线；立体几何：空间线，棱柱，三角锥，圆柱，圆锥体，梯形台和球体；保存图形为数据文件或者图像文件的功能；保存动画为 AVI 文件的功能；移动，缩小，放大和旋转场景的功能。
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Mathieu function is the base of field theory analysis in elliptical cylinder coordinate system. So, firstly, detail investigation has been given about the problem of numerical analysis of Matheiu functions, based on the predecessor's contribution, an improved faster algorithm of numerical analysis and confirmation algorithm of Matheiu functions has been presented.
Mathieu函数是椭圆柱坐标系统下场论分析的基础，因此本文首先对Mathieu函数的数值计算问题进行了详细研究，并在前人基础上完善并进一步改进了目前被认为较为可行的数值算法，并提出了验证算法。
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The series expansion for the potential distribution in whole space with the potential distribution on the symmetric axis is derived,some examples are given.
提出了求解轴对称静电场的柱函数展开法，推导出用对称轴上的电势分布表示空间电势分布的级数展开式，并给出了求解轴对称静电场的例子
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So, in this paper, a circular cavity witha large radius is used to replace the straight boundary of thehalf space, then the half space problem can be changed tothe scattering problem of two circular cavities to the steadyincident P-wave . Having the aid of the mature cylinderfunction theory, the general solutions of the wave functionscan be given, and an infinite linear algebraic equations ofthe unknown coefficients in the wave functions can be gottenwith the boundary conditions and the Fourier complex seriesexpansion technology, the infinite linear algebraic equationscan be approximately solved by the finite trunction withsatisfying some definite precision, at the basis of thissolution of the equation, the variations and the lay-outs ofthe DSCF at the circular cavity boundary vs. the differentincident angles, the different embedded depths of thecircular cavity as well as the different dimensionless wavenumber of the incident P-wave.
为此，本文采用一个半径很大的圆孔来代替半空间的直边界，将该半空间问题转化为一无限大空间中两个圆孔对稳态P波的共同散射问题，借助于成熟的柱函数理论，通过写出问题波函数的一般形式解，利用问题的边界条件，并采用复数傅立叶级数展开技术将其化为一个仅包含问题波函数中未知系数的一无穷线性代数方程组，在满足一定计算精度的前提下，通过有限项截断进行近似求解，进而讨论了圆孔边界处的动应力集中系数随不同入射角、不同的圆孔掩埋深度、入射波的不同无量纲波数以及介质的泊松比变化和分布情况。
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In CHAPTER six,the exact expressions of parabolic cylinderfunction of the second virial coefficient B2for gases withLennard-Joenes potential are obtained.
第六章，获得了Lennard-Jones气体的第二维里系数B2的用抛物柱函数的严格表示。
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this paper basis on the current codes,taking axis compressive resistance concrete column bearing capacity formula as constraint condition., taking cost as objective function, taking reinforcement diameter and concrete strength grade as design variables, giving an optimization design, got the best basic parameters which satisfied application conditions,to provide better calculation for the axis compressive resistance concrete colum design.
本文以现行规范为依据，以混凝土强度理论推导出的轴心抗压混凝土柱的承载力计算公式作为约束条件，以造价为目标函数，以混凝土中的钢筋直径、混凝土强度等级为设计变量，对其进行优化设计得到了满足使用条件下的最优基本参数，为轴心受压混凝土柱的设计提供了较好的计算依据。
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Vibration test of pole-shaped grain is conducted under various frequencies. The experiment results of acceleration frequency response is in agreement with theoretical data, which shows VFD model can also be used in SMR frequency domain analysis.
同时，杆状药柱在不同频率下简谐振动试验的加速度频响函数与VFD理论分析结果比较接近，说明这种模型也可以用于药柱的频域响应分析。
- 更多网络解释与柱函数相关的网络解释 [注：此内容来源于网络，仅供参考]
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Cylindrical Bessel function：贝塞尔柱函数
Singularity 奇异点 | Cylindrical Bessel function 贝塞尔柱函数 | Gradient 梯度
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cylindrical function：圆柱函数
cylindrical coordinates 柱面坐标 | cylindrical function 圆柱函数 | cylindrical lens 柱面透镜
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cylindrical function：柱面函数
cylindrical film 柱形膜 | cylindrical function 柱面函数 | cylindrical furnace 圆筒炉
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elliptic cylindrical function：椭圆柱函数
椭圆柱坐标 elliptic cylindrical coordinate | 椭圆柱函数 elliptic cylindrical function | 椭圆型差分方程 elliptic difference equation
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elliptic cylindrical wave function：椭圆柱面波函数
elliptic cylindrical surface 椭圆柱面 | elliptic cylindrical wave function 椭圆柱面波函数 | elliptic differential equation 椭圆微分方程,椭圆型微分方程
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elliptic cylinder coordinates：椭圆柱坐标
elliptic cylinder 椭圆柱面 | elliptic cylinder coordinates 椭圆柱坐标 | elliptic cylinder function 椭圆柱函数
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elliptic cylindrical coordinates：椭圆柱坐标
elliptic cylinder function 椭圆柱函数 | elliptic cylindrical coordinates 椭圆柱坐标 | elliptic cylindrical surface 椭圆柱面
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elliptic cylinder function：椭圆柱函数
elliptic cylinder 椭圆柱 | elliptic cylinder function 椭圆柱函数 | elliptic differential operator 椭圆型微分算子
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parabolic cylinder function：抛物柱面函数
parabolic cylinder 抛物柱面 | parabolic cylinder function 抛物柱面函数 | parabolic differential equation 抛物型微分方程
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elliptic cylindrical coordinates：椭圆柱坐标
elliptic cylinder function ==> 椭圆柱函数 | elliptic cylindrical coordinates ==> 椭圆柱坐标 | elliptic cylindrical surface ==> 椭圆柱面