1.
Demodulation Approach Based on Teager Energy Operator
基于Teager能量算子的解调方法
2.
CALCULATION OF THE GROUND STATE ENERGY OF EXCITONS IN ZnO QUANTUM DOTS BY TWO-BODY METHOD
二体法计算ZnO量子点中激子的基态能
3.
Energy Measurement: Units and Conversion Factors
能源的计量：单位和换算因子
4.
It was possible to calculate the weight and dimensions of the molecules.
能够计算出分子的重量和大
5.
Variation Calculation for the Energy of Lithium Atom s (1s)~23p Configuration;
锂原子(1s)~23p组态能量的变分计算
6.
Band energy based GMM speech with noise classification algorithm
基于子带能量的GMM含噪语音分类算法
7.
The Calculation of Ground State and Excited State Energies of Semiconductor Quantum Ring;
半导体量子环的基态和激发态的能量的计算
8.
The Calculation of Hydrogen Molecular Ion Energy in a Strong External Magnetic Field;
平行强外磁场中的氢分子离子的能量计算
9.
On the Quantum Count of Sc Atom s Repulsive Energy of Valence Shell Electron;
定量计算Sc原子价层电子的相互排斥能
10.
Calculating Ground State Energys of Helium Atom and Quasi-heliumion by Use of Approximation Model
用近似模型计算氦原子和类氦离子的基态能量
11.
Adaptive Swarm Optimization Algorithm Based on Energy of Particle
基于粒子能量的自适应粒子群优化算法
12.
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
13.
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
14.
If the energy of the speck could be measured, the energy of the molecule could be inferred.
如果微粒的能量可被测得，就可以推算出分子的能量。
15.
Calulus of Sizs-Mirakjan Operator Moment;
SzzsMirakjan算子矩量计算
16.
Computing Vibrtional and Vibrational-Rotational Energy Eigenvalues and Frank-Condon Factors of CO Molecule
CO分子的振动、振—转能级能量本征值和Frank-Condon因子的计算
17.
Measurement of the distribution of speeds in the beam allows calculation of distribution in the oven.
测量分子束的速度分布就能计算箱中的分布。
18.
CALCUTATION STUDIES ABOUT THE ELECTRON TRANSITION ENERGY IN THE PRUSSIAN BLUE AND TURNBULL BLUE
普鲁士蓝和滕氏蓝中电子跃迁能量的计算