1) secondary quantum number
次量子数
2) third-quantized wave function of the universe
三次量子化宇宙波函数
1.
On the basis of the generalized invariant theory, the invariant-related unitary transfoumation method is developed and used to study the evolution of the third-quantized wave function of the universe.
首先在推广了的量子不变量理论的基础上建立了与不变量有关的立正变换方法，并用此方法研究了三次量子化宇宙波函数的演化，求得了系统的相因子、波函数。
3) times of measureing sides
量边次数
4) the measurement time
测量次数
1.
The relationship between the measurement time and thd measurement accuracy is discussed,and the method of reducing the measurement time of the platform are put forward,i.
介绍了陀螺稳定平台的测试方法,推导了测量次数和测量精度的关系,讨论了陀螺稳定平台快速测试技术。
2.
It is demonstrated by examples that when the measurement is less than 10 times,the factor t must be multipled by in order to gain the same confidence probability as that when the measurement time is infinite.
用实例证明了在测量次数小于10时,要得到与无限次测量相同的置信概率,则必须在前乘以因子t;对于少数物理实验书中没有提到测量次数与t因子的关系问题,忽视了贝塞尔公式成立的条件,这是错误的。
5) sequence of voyages
航次数量
6) Vector of degree
次数向量
补充资料：三次函数
Image:11733235579839404.jpg
三次函数
形如y=ax^3+bx^2+cx^1+d的函数叫做三次函数.
函数图象是一条曲线,并且是中心对称图形
目前国际上尚未有对三次函数或高次函数的系统研究
说明：补充资料仅用于学习参考，请勿用于其它任何用途。