1.
The Solutions of One dimensional Harmonic Oscillator Energy Eigenvalues in Different Representation;
一维谐振子能量本征值在各种表象中的求解
2.
Solving energy eigenvalue of n module coupling harmonic oscillators by virtue of quadratic form
利用二次型求解n模耦合谐振子能量本征值精确解
3.
Optimal Analysis on the Performance of an Irreversible Harmonic Quantum Refrigeration Cycle;
谐振子量子制冷循环性能的优化分析
4.
The Energy-Level Gap of Coordinate-Momentum Cross Coupling Harmonic Oscillators
坐标-动量交叉耦合谐振子的能级间隔
5.
Using Mathematica to Calculate the Quantum Oscillator;
用mathematica处理量子谐振子
6.
Look the Distinction Between Microparticle and Magnione From the Energy of Harmonic Oscillator;
从谐振子的能量看微观与宏观粒子的本质区别
7.
The negative sign means that energy is transferred from the oscillator to its environment.
负号的意思是能量由谐振子传递到它的环境。
8.
Derivation of the energy-level gap of two-dimensional coupled quantum harmonic oscillators by invariant eigen-operator method
利用不变量本征算符求解二维耦合量子谐振子的能级间隔
9.
Deriving the Energy-level Gap of Three-dimensional Coordinate-momentum Coupled Quantum Harmonic Oscillators by Invariant Eigen-operator Method
不变本征算符法求解三模坐标-动量耦合量子谐振子的能级间隔
10.
Applying the formula into mesoscopic system, we get the energy level of linear oscillator.
应用能量测不准量公式到介观系统,可得线性谐振子的能级宽度。
11.
A Discussion of the Energy Calculation Means of Linear Harmonic Oscillator;
一维线性谐振子量子束缚态能级的几种计算方法
12.
Quantum Statistic Fluctuation of Coordinate and Quantum Statistic Fluctuation of Momentum for One- dimension Quantum Har monic Oscillator
一维量子谐振子坐标和动量的量子统计涨落
13.
Two Calculating Methods for the Ground Energy and Wave Function of the Three-dimension Isotropic Oscillator;
三维各向同性谐振子基态能量及波函数的两种计算方法
14.
Three different ways to solve the eigenvalue of the system which similar to harmonic oscillator in external field;
类谐振子在外场中能量本征值的三种不同求解方法
15.
Energy Eigenvalue of the Double Dimension Coupling Harmonic Oscillator Was Solved Accurately by Transformation of Coordinates;
利用坐标变换精确求解二维耦合谐振子的能量本征值
16.
A Formula of Energy Level of Three Dimensional Harmonic Oscillator in Uniform Magnetic Field
均匀磁场中三维谐振子一级能量修正值的解析式
17.
Energy Levels of Single Particle in 3-dimensional and Symmetrical Deformed Harmonic Oscillator Potential Energy;
轴对称变形谐振子势中的单粒子能谱
18.
Ａnalysis on Resonator s Mechanical Properties and Characteristics of HRG;
半球陀螺谐振子的力学性能及振动特性分析