The fact of having already utilized it will allow me to shorten my argument and to sum it up without delay in a particular example.
事实上，因为我们已经采用了这种方面，论述也会就此而缩短，我们只需要用一个特殊的例子便能加以总结。
What they cannot defeat by reason and argument they obstruct by delay and legalistic guile .
凡是他们不能通过理智和辩论战胜的东西，他们便采用拖延的办法和玩弄法律的手段来加以阻挠。
What they cannot defeat by reason and argument they obstruct by delay and legalistic guile.
凡是他们不能通过理智和辩论战胜的东西，他们便采用拖延的办法和玩弄法律的手段来加以阻挠。
One of them is piecewise continuous argument delay differential equation, simply called EPCA.
其中第一类为分段连续的时滞微分方程，简称为epca。
In this paper, we have studied the oscillation of the first order neutral functional differential equations with delay and advanced argument, obtained, some sufficient conditions extended and impoved.
本文研究了既有滞后量又有超前量的一阶中立型常系数微分方程的振动性，得到了其振动的几个充分条件。
A very simple customize tool tips effects which has only one argument to be the time of delay, default is none.
一个非常简单的可自定义的工具提示效果，只有一个可选参数为延迟出现的时间，默认为无延迟。
This paper made use of oscillations of delay differential equation and difference equation, established oscillation criteria for nonlinear difference equation with continuous argument.
通过时滞微分方程和离散差分方程的振动性，建立了具有连续变量的非线性差分方程的振动性条件。
The present paper is devoted to the oscillations and nonoscillations of a kind of impulsive delay differential equations with piecewise constant argument.
文章将建立了具有分段常数滞后变元微分方程组振动的一个充分条件，并讨论其非振动解的渐近性。
The present paper is devoted to the oscillations and nonoscillations of a kind of impulsive delay differential equations with piecewise constant argument.
文章将建立了具有分段常数滞后变元微分方程组振动的一个充分条件，并讨论其非振动解的渐近性。
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