complementary function的例句大全

Its solution consists as usual of a complementary function.

其解照常由一余函数组成.

It'serves distinct yet complementary function with the blood vascular system in maintaining tissue homeostasis.

维持体内稳定,它属于血管系统,但也有其独立的功能.

Eg. The complementary function corresponds to the transient, and the particular solution to the steady state.

余函数(齐次解)对应于暂态, 特解对应于稳态.

The ion distribution in the positive guide layer presents a step, then decreases as a complementary error function. Whereas the ion distribution in the negative guide layer is a complementary error function.

正波导面的离子分布呈现一个台阶然后再以余误差分布下降，负波导面的离子分布为余误差分布；

, Curves giving R as function of surface concentration N, have been calculated for two forms of diffusive distribution, namely: the complementary error function and the Gaussian distribution.

计算了余误差函数分布和高斯分布扩散层的霍尔系数与扩散层表面浓度N S的关系曲线。

It is shown that the Hessian matrix and the density of states can be obtained reasonably using the equivalent Coulomb potential in the form of the complementary error function.

计算实践表明，取用余误差函数形式的等效库仑势，可以合理地得到Hessian矩阵和态密度。

The morals and the law are complementary relations: legal system can impel people to follow certain ethical order, and corresponding, only if people have certain morals to contain by oneself, the function of disciplining by others of the law could be more effective.

道德和法律是互补关系，健全的法制能促使人们遵循一定的道德秩序，相应的，人们有了一定的道德自律，法律的他律作用才能更有效。

Interior-point Algorithms for Uniform P-function Nonlinear Complementary Problem Based on Algebraically Equivalent Path

基于代数等价路径的一致P-函数非线性互补问题的可行内点算法

A Wide-Neighborhood Path-Following Algorithms for a Class of P-Function Nonlinear Complementary Problems and its Computational Complexity

一类P-函数非线性互补问题的宽邻域路径跟踪算法及其计算复杂性

In this paper, a new wide-neighborhood path-following algorithms for uniform P-function nonlinear complementary problems is presented, and its convergence and computational complexity is discussed.

对一致P-函数非线性互补问题，提出了一种新的宽邻域（N-∞（β））路径跟踪算法，并讨论了该算法的收敛性及计算复杂性。

Compared with the performance of the IEEE 802.16d standard, the IPR method achieves better Complementary Cumulative Distribution Function ( CCDF) performance without BER performance degradation almost.

与IEEE802.16d标准中峰均比性能相比，本文提出的方法能在几乎不损失系统BER性能的情况下，获得良好的互补累积分布函数（CCDF）性能。

For both LOS and NLOS cases, different MIMO capacities are calculated and examined. For the better comparison, the Complementary Cumulative Distribution Function ( CCDF) of MIMO channel capacity is calculated.

本文计算并比较了在LOS和NLOS情况下MIMO的容量差异；为进行更好的比较，还计算了MIMO信道容量的互补累积分布函数（CCDF）。

Complementary Proving of the Continuity of Inverse Function

反函数连续性定理的补充证明