我们已经有一个可用的相对性方程。
如何证明实时调度的可调度性方程？
How to prove schedulability equation for real time scheduling?
现在一般性方程引入，到了重力的例子里。
第二部分写的是，抛物方程的能控性。
The second part is the controllability of parabolic equation .
通过例子对一阶隐式方程积分曲线之相交性进行了直观研究。
The first order hidden equation integral curve's intersection has been studied through the example.
常微分方程中经典的存在性定理不能使用。
Often the existence axioms of classic in the differential calculus square distance can't use.
并讨论了用这种方法求解摄动方程的优越性。
The advantage of this method in solving the perturbation equation is also discussed.
得到了一类二阶散度型椭圆方程很弱解的一个正则性结果。
A regularity result of a class of second order divergence form elliptic equation was obtained.
结论该非线性差分方程模型具有良好的可靠性和稳定性。
CONCLUSION Model of nonlinear difference equation has the advantage of reliability and stability.
本文讨论渐近线性强迫波方程周期解的存在性。
In this paper we discuss the existence of solution of an asymptotically linear wave equation.
证明了该方程解的时间解析性。
因而对波动方程的精确可控性研究也有非常重要的意义。
It is very helpful for mathematical physics equations to study wave equation.
证明了方程组解的存在性和唯一性。
We prove the existence and uniqueness of the solution of the system.
着重介绍了他所创立的相对论性的电子运动方程即狄拉克方程。
His relative equation of electron's movement is laid stress on.
从来没有给出虚假信息，因为它破坏了业务方程的完整性。
False information is never given as it destroys the integrity of the business equation.
从来没有给出虚假信息，因为它破坏了业务方程的完整性。
False information is never given as it destroys the integrity of the business equation.
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