1.
Particles, such as electrons, requiring antisymmetric wave functions are called fermions.
要求反对称波函数的粒子，如电子，叫做费米子。
2.
Particles, such as pi-mesons, requiring symmetric wave functions are called bosons.
要求对称波函数的粒子，如兀介了，叫做玻色子。
3.
A Class of Totally Positive Symmetric Smooth Refinable Function and Framelets;
全正对称光滑的加细函数及小波框架
4.
Formulas of standard Young tableaux for symmetric spatial wavefunctions of identical electrons;
全同电子对称空间波函数的标准杨表表示
5.
On the Construction and Property of Symmetric Orthogonal Multi-Band Scaling Functions
多进紧支对称小波尺度函数构造及性质
6.
We start by considering the wavefunction, ignoring the antisymmetry requitement.
我们先考虑波函数，而暂不顾及它的反对称性要求。
7.
CALCULATION OF WAVE FUNCTION OF THE ELECTRON MOVING IN THE CYLINDRIEAL MAGNETIC FIELD IN MOMENTUM REPRESENTATION;
轴对称磁场中运动的电子在动量空间的波函数的求解
8.
Multi-period Ambiguity Function Analysis of Symmetrical Triangle Linear Frequency Modulation Continuous Wave Signals
对称三角线性调频连续波雷达信号多周期模糊函数分析
9.
Parameter Design for Asymmetric Loss Function Coefficient
非对称质量损失函数系数的参数设计
10.
A Symmetric Mean about Weakly Logarithmically Convex Function;
一类关于弱对数性凸函数的对称平均
11.
C-Functions and Merit Functions for Symmetric Cone Complementarity Problems;
对称锥互补问题的互补函数和价值函数研究
12.
Symmetry of Sine and Cosine Function Graphs;
正弦函数图像及余弦函数图像的对称性
13.
Symmetric partial derivative of a binary function and interrelated theory;
二元函数的对称偏导数及其相关理论
14.
The parity of the eigenfunction is found by determining what happens to the wave function when r is replaced by -r.
本征函数的宇称可以这样确定：当r用－r代替时看波函数的变化。
15.
Quadratic Form and Symmetric Bilinear Function;
二次型和对称双线性函数的对应关系
16.
Schur-Convexity of Two Complementary Symmetric Functions
一对互补对称函数的Schur凸性
17.
For this reason they are often referred to as 'spin wavefunction'.
由于这个原因，常把他们称作“自旋波函数”。
18.
The integral characters of binary symmetrical function in the symmetrical region;
对称区域上的二元对称函数的积分性质