解析

• A function must have the same analytic expression throughout .
  一个函数必须处处都有相同的解析表达式。
• There are two approaches generally used to arrive at these approximations .
  通常有两种方法用于获得近似解析式。
• In this section, we will consider the rank of aa from an analytic point of view .
  这一节中，我们将从解析的观点，来考虑A的秩。
• Its clarity in algebraic and analytical operations far outweighs any drawbacks .
  文化代数和解析运算中的清晰性远远胜过任何缺点。
• Analytical solutions for three dimensional elasticity problems are quite difficult to obtain .
  三维弹性问题的解析解是很难得到的。
• There are certain advantages claimed by proponents of an analytic inertial system .
  解析式惯性系统的倡议者认为这种系统具有某些优点。
• The lines of such a pattern may overlap, producing a less easily interpreted pattern .
  这种图形的谱线可以重叠，产生较不容易解析的图形。
• The overwhelming majority of nonlinear differential equations are not soluble analytically .
  绝大多数非线性微分方程是不能用解析方法求解的。
• The procedure described above for obtaining the gain defies simple analytical approaches .
  上述求得增益的步骤通过简单的解析方式是难以达到的。
• The distinction will be made analytically more precise later when we consider the mathematical details .
  以后在我们讨论数学细节时，我们将使它们之间的区别在解析上弄得更准确。