Laser-Induced electric breakdown in alkali-halide crystals and resonance time quantization;
激光诱导碱金属卤化物晶体电击穿与共振时间量子化
Comparison of quantum harmonic oscillator and classical harmonic oscillator;
量子谐振子与经典谐振子的比较
In this paper,the author deduces the momentum-position uncertainty relation of the classical harmonic oscillator,and gives the correspondence relation between it and the uncertainty relation of quantum harmonic oscillator.
推出了经典谐振子的动量-位置不确定关系,并且给出它和量子谐振子的不确定关系之间的对应关系。
The evolution problem of two quantum harmonic oscillators with ccordinate and mo-mentum first-order coupling is studied． The exact solution is derived by introducing appropriate oper-aters and auxiliary functionals.
提出了具有坐标和动量一阶耦合的两量子谐振子的演化问题。
By using the general linear quantum transformation theory, the quantum oscillator is solved, and the condition of the quantum oscillator tend to classical limit is given by analogy with classicaloscillator.
运用广义线性量子变换的普遍理论求解了量子谐振子 ,同经典谐振子类比给出了量子谐振子趋近于经典极限的条件 ,相干态是最理想的经典极限态 。
By analysing one-dimensional quantum oscillator,the classical limit conditions of the quantum system also expresses as →0.
以一维量子谐振子为例,经过分析,认为量子系统经典极限条件也可表示为 h→0。
Method: Test level of Vitamin C and microelement Se contained inside of patient with cancer by means of quantum resonance Samecom QRS.
方法 :对临床上已确诊为恶性肿瘤患者用量子共振同康信息检测仪检测其体内的维生素C和微量元素硒。
Via quantum resonance spectrometer (QRS), hair from 80 malignant tumors patients, 50 benign tumors patients and 50 healthy subjects was detected to determine their immunity, tumor, malignant tumor, benign tumor, zinc and virus.
采用量子共振检测仪 ,通过头发测定了 80例恶性肿瘤患者、50例良性肿瘤患者和 50例无肿瘤者的免疫功能、肿瘤、恶性肿瘤、良性肿瘤、发锌和病毒感染的代码量价 。
The ratchet effect under high-order quantum resonance conditions was further studied.
计算还发现,高阶量子共振下系统的棘齿效应变得很不明显,而且外部驱动势的周期噪声很容易破坏体系的棘齿效应。
Using Mathematica to Calculate the Quantum Oscillator;
用mathematica处理量子谐振子
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
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
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
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
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
Study of Quantum Entanglement and Dynamics Property of Coupled Harmonic Oscillators Chain System;
耦合简谐振子链的量子纠缠及动力学属性研究
Perturbation theory in quantum phase space based on harmonic oscillator system s;
基于谐振子体系的量子相空间微扰理论研究
A Kind of Quantum Model on Schwarzschild Black Holes--On Boson Harmonic Oscillator Model;
Schwarzschild黑洞的一种量子力学模型——玻色谐振子模型
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
Exact Wavefunctions of the Time and Square Velocity Dependent Damped Harmonic Oscillator after Quantization;
含速度平方阻尼变频谐振子的量子化波函数
Exact Dynamics of Driven Brownian Oscillators
外场作用下耗散谐振子体系的量子主方程
Practice for use the alanine-EPR dosimetry system???
丙氨酸-电子顺磁谐振剂量测量系统的使用方法
The damped harmonic Hamiltonian is infered from harmonic Hamiltonian, by introducing the canonical transformation.
从线性谐振子哈氏量出发，通过正则变换，得到了受迫阻尼谐振子哈氏量。
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。
The Symmetry Conservation Tensor and Euler Angles of the Isotropic Three - dimensional Harmonic Oscillator
三维各向同性谐振子的对称守恒张量与欧勒角
The Momentum Probability Amplitude and the Equality Form Uncertain Relation of One-dimensional Harmonic Oscillator;
一维谐振子的动量几率幅和等式型不确定关系
Conservation Tensor of Isotropic 2 - DimensionalHarmonic Oscillator and Its Application;
二维各向同性谐振子的守恒张量及其应用
