1) Perturbation
[英][,pɜ:tə'beɪʃn] [美]['pɝtɚ'beʃən]
微扰
1.
Microwave Resonance Perturbation-Determination of Moisture in Paper Processing Reclaimed Tobacco;
微波谐振腔微扰技术检测造纸法再造烟叶水分
2.
Rapid Determination of Moisture Content in Cut Tobacco by Microwave Resonant Cavity Perturbation Technique;
微波谐振腔微扰技术快速检测烟丝含水率
3.
Cavity Perturbation Method for Measurement of Complex Permittivity of Dielectric Ceramic thin Film;
微扰法测量介质陶瓷薄膜的介电特性
2) perturbation
[英][,pɜ:tə'beɪʃn] [美]['pɝtɚ'beʃən]
扰动;微扰
3) high-order perturbation
高阶微扰
1.
Zero-field splitting(ZFS) D,E and paramagnetic g-factor are calculated by complete diagonalization procedures(CDP) and high-order perturbation formulas.
利用能量矩阵完全对角化方法(CDP)和高阶微扰方法,统一解释NiF2晶体的局部结构、吸收光谱和电子顺磁共振谱(EPR)。
2.
The local structure and electron paramagnetic resonance(EPR) spectra of CdCl_2:Ni~(2+) crystal are calculated based on a semi-SCF d-orbit wave functions model for free Ni~(2+) ions and the point-charge-dipole model by utilizing a complete diagonalization procedure(CDP) and high-order perturbation formulas.
利用完全对角化方法(CDP)和高阶微扰方法,统一解释了 CdCl_2：Ni~(2+)晶体的局部结构和电子顺磁共振谱(EPR),并对两种计算方法得到的结果作了比较。
3.
A complete diagonalization procedure(CDP) and high-order perturbation formulas are used.
利用完全对角化方法(CDP)和高阶微扰方法,统一解释CdCl2∶Ni2+晶体的局部结构、光谱和电子顺磁共振谱(EPR),并比较两种计算方法得到的结果。
4) perturbation theory
微扰理论
1.
Study on perturbation theory for chainlike molecules(Ⅰ) Calculations for normal monohydric alcohols and normal alkanes;
链状分子体系的微扰理论研究（Ⅰ）——正一元醇和正烷烃的计算
2.
Study on perturbation theory for chainlike molecules(Ⅱ) Calculation of systems of tributyl phosphate, diluents and water;
链状分子体系的微扰理论研究（Ⅱ）——磷酸三丁酯、稀释剂和水体系的计算
3.
Study on perturbation theory for polar fluids;
极性流体的微扰理论研究
5) perturbation
[英][,pɜ:tə'beɪʃn] [美]['pɝtɚ'beʃən]
微扰法
1.
The Foresee of Chaos of Planar Josephson Equation with Melnikov Function and Perturbation Method;
通过Melnikov函数和微扰法来预测平面Josephson方程的混沌
2.
The binding energies of the ground state and the low-lying excited states of hydrogen-like impurity in a InAs/GaAs quantum dot are investigated by applying the effective mass approximation and the perturbation.
在有效质量近似下,采用微扰法研究了InAs/GaAs量子点内类氢杂质基态及低激发态的束缚能。
3.
First taking the energy of hydrogen atom as zero level of energy, the energy levels of 2s-4f states of helium atom are calculated by means of perturbation, and then taking the energy of helium atom as zero level of energy, the energy levels of 2s-4f states of lithium atom are calculated by means of perturbation.
首先以氢原子的能量为零级近似能量,用微扰法计算了氦原子的2s～4f态能量,然后以氦原子的能量为零级近似能量,用微扰法计算了锂原子2s～4f态的能量。
6) perturbation method
微扰法
1.
Measuring the complex permittivity of phantom model by perturbation method;
微扰法测量微波等效体模的复介电常数
2.
Investigation on optical wave transmission through Gaussian rough surface of layered medium using perturbation method;
高斯分层介质粗糙面光波透射问题的微扰法研究
3.
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。
补充资料：憧扰
1.纷乱不安。
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