By comparing the re ults obtained from this formula with those from rigorous solution and come experimental data, we can show that the corrected formula is adaptable to thick cylindrical antennae.
将所得结果与严格求解的结果和一些实验数据进行了比较，结果表明，修正后的公式可适用于粗的圆柱形振子天线。
Derives the formula for calculating the formation stress and rupture parameters with the solution of the equation.
利用方程的解推出地层应力及破裂参数的计算公式。
By comparing the re ults obtained from this formula with those from rigorous solution and come experimental data, we can show that the corrected formula is adaptable to thick cylindrical ant...
将所得结果与严格求解的结果和一些实验数据进行了比较，结果表明，修正后的公式可适用于粗的圆柱形振子天线。
In this paper, using total differentiation method and variation of constants, we give general solution formula of Bernoulli equation with different methods.
本文使用全微分法和常数变易法，从不同角度给出伯努利方程通解的公式。
Calculation formula of velocity distribution, boundary layer thickness, friction force and loss of water head are given out, in accordance with the result from theory analysis of similitude solution.
对于速度边界层提出了相似性解的解析结果，给出了速度分布、边界层厚度、摩擦阻力和水头损失的解析计算表达式。
By comparing the re ults obtained from this formula with those from rigorous solution and come experimental data, we can show that the corrected formula is adaptable to thi...
将所得结果与严格求解的结果和一些实验数据进行了比较，结果表明，修正后的公式可适用于粗的圆柱形振子天线。
By comparing the re ults obtained from this formula with those from rigorous solution and come experimental data, we can show that the corrected formula is adaptable to thick cylindric...
将所得结果与严格求解的结果和一些实验数据进行了比较，结果表明，修正后的公式可适用于粗的圆柱形振子天线。
The direct solution formula for the curve length of a theoretical control point on the transition curve is proposed, with the solution of high order equation being avoided.
导出了隧道控制测量中缓和曲线理论投点曲线长的直接求解公式。
This paper deals with the formula of particular solution to 2-order linear inhomogeneous differential equation with constant coefficients.
本文给出了一个二阶常系数线性非齐次微分方程的特解公式。
Compared with the results of the formula of this paper, they met good agreement, which verified the correctness of this paper's new solution theory.
将其与本文公式的结果对比，得知两者能很好的吻合，从而验证了本文理论新解的正确性。
By using Frobenius matrix, this paper presents the common solution in another form to linear recurrence formula with constant coefficients.
对若当标准形及所使用的可逆矩阵的计算加以简化，并借助若当标准形给出线性递推关系式求解的一般方法。
By using Frobenius matrix, this paper presents the common solution in another form to linear recurrence formula with constant coefficients.
对若当标准形及所使用的可逆矩阵的计算加以简化，并借助若当标准形给出线性递推关系式求解的一般方法。
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