- 更多网络例句与微扰法相关的网络例句 [注：此内容来源于网络，仅供参考]
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In modern physics research, the calculus of variations has a broad application of law. As a solid mechanics, structural mechanics and computational mechanics of the theoretical foundation, it has important value in theory and practice on the mechanics; Variation method ruled out the perturbation of the restrictions can be widely used in many state-level and the state function in the calculation in the optical; Calculus of variations can be calculated with the parameters, we can guarantee the reliability of the results, can effectively reduce the workload of calculation, It can be said that the applications of calculus of variations are very broad.
在现代的物理学研究中，变分法有着广泛的应用：在力学上，变分法作为固体力学、结构力学及计算力学的理论基础，在理论上和实践上都有重要的价值；在光学上，变分法排除了微扰法的限制，可以广泛应用于诸多定态能级和态函数的计算中；在量子力学的应用中，具有可算出系统的参数，既可以保证计算结果的可靠性，又能有效地减少计算的工作量等的优点，可以说变分法的应用领域十分广阔。
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The methods of disturbance, spiral cylindrical cavity and stripline resonator were used respectively for measuring the permittivities for microwave dielectric substrates. The substrates are made from PTFE based fine ceramics, and errors of measurement have been analyzed.
采用微扰法、螺旋圆柱谐振法和带状线谐振法分别对聚四氟树脂复合精细电子陶瓷微波复合介质的复介电常数进行了测量与误差分析。
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A new classical small perturbation method of electromagnetic scattering from rough surface with consideration of the effect of the curvature of the surface is presented.
本文在分析传统粗糙面电磁散射微扰法的基础上，给出了一种新的考虑曲率修正效应的微扰法，解决了传统微扰法计算掠入射散射时的误差问题。
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To solve such problems, a special method of calculation "Perturbation Method for Variable Boundary Problems" has been put forward, including the corresponding condition of convergence.
这里提供一种解决这类问题的计算方法——"变动边界微扰法"，并给出了微扰过程的收敛条件。
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By comparing the theoretical and measured results, we find that the rectangular cavity perturbation method has relative high precision in complex permittivity.
详细介绍了矩形谐振腔微扰法的基本原理；通过对比标准物质的测量结果发现，矩形谐振腔微扰法测量复介电常数具有比较高的测量精度，且使用样品少。
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Research work involved in this paper is in three aspects: 1 new concept andnew method of tracer test: the concept of Slight Disturbance Test isproposed, the basic method of SDT is introduced.
论文的主要研究内容包括三个方面：1新的示踪概念和方法：提出了微扰法井间示踪测试的概念，研究了微扰测试的基本方法。
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We present quantum mechanical vibrational computations beyond the harmonic approximation from effective second order perturbative and variation perturbation treatments defined as static approaches, as well as vibrational analysis from density functional theory molecular dynamics trajectories at 300 and 600 K.
利用超简谐振动近似的有效二阶微扰法(VPT2)和变异微扰法两种静态方法，以及在300和600K下的密度泛函分子动态轨线振动分析方法进行量子力学的振动计算。
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In this paper we separate the Hamiltonian into three parts: a spherical symmetry Hamiltonian; a z-component of the angular momentum operator, and a non-spherical symmetric potential as the perturbation operator, and provide a propose method by separating the potential containing squared magnetic field B^2 into two parts spherical symmetric and non-spherical symmetric ones so that the first-order energy correction due to the non-spherical symmetric potential is zero, and the second-order correction due to B^2 can be obtained by a simple variational method.
采用变分法和微扰法相结合的方法，把高强度磁场中氢原子的哈密顿H分为三部分：球对称哈密顿；z分量角动量算符相应部分和非球对称势微扰，并用一种特别规定的分解法将哈密顿H中含磁场平方项的势能分解为球对称与非球对称两部分，且使非球对称部分引起的一级修正能量值为零，并采用一种简便的变分法直接求出B^2对能级的二级修正值。
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The four Stokes components of brightness temperature and emissivity are solved using the high-order small perturbation method.
该模型基于二维粗糙海面上场的高阶微扰法展开近似，得到了4个发射率分量及亮温的高阶微扰解。
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Based on the crystal field theory, perturbation formulas of the spin Hamiltonian parameters g-factors (fourth-order) and the hyperfine structure constants (third-order) of 3d9 ions under tetragonal symmetry are established for the cases of small spin-orbit coupling coefficients and large spin-orbit coupling coefficients of the ligands.
本文基于晶体场理论，在较统一的理论模型和计算方法基础上运用微扰法分别对配体旋轨耦合系数较小和配体旋轨耦合系数较大的情况建立了3d9离子的自旋哈密顿参量g因子的四阶微扰公式和A因子的三阶微扰公式。
- 更多网络解释与微扰法相关的网络解释 [注：此内容来源于网络，仅供参考]
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method of steepest descent：最陡下降法
method of perturbation 微扰法 | method of steepest descent 最陡下降法 | method of successive approximation 逐次逼近法
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method of perturbation：微扰法
method of molecular orbitals 分子轨迹法 | method of perturbation 微扰法 | method of steepest descent 最陡下降法
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method of perturbation：扰动法;微扰法
矩量法 method of moment | 扰动法;微扰法 method of perturbation | 预报法 method of prediction
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method of small perturbation：微扰法
"method of radiation","光线法" | "method of small perturbation","微扰法" | "method of successive approximations","递进法"
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perturbation method：摄动法
perturbation energy 微扰能 | perturbation method 摄动法 | perturbation theory 微扰理论
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perturbation method：微扰法
perturbation energy 微扰能 | perturbation method 微扰法 | perturbation sample 微扰样品
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singular perturbation method：奇异微扰法
singular integral 奇异积分 | singular perturbation method 奇异微扰法 | singular point 奇点
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analytic perturbation theory：解析微扰论
analytic method 分析法 | analytic perturbation theory 解析微扰论 | analytic set 分析集
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arithmetic perturbation theory：微扰法
集团算法:Group nodes arithmetic | 微扰法:arithmetic perturbation theory | 数学仿真:Arithmetic simulation
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perturbational method：微扰法
趋肤深度 skin depth | 微扰法 perturbational method | 等相面 equi-phase surface