adjoint differential expression
- adjoint differential expression的基本解释
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伴随微分式
- 更多网络例句与adjoint differential expression相关的网络例句 [注：此内容来源于网络，仅供参考]
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In this paper, the adjointness of the product of two differential operators generated by a third order normal and singular symmetric differential expression in the limit-circle case is discussed. The necessary and sufficient conditions which make the product operators being the adjoint operators obtained by the matrix analysis and calculation. At the same time, the adjointness of the product of the power and adjointness operator obtained.
本文首先讨论了正则和奇异两种情况下两个极限圆型三阶对称微分算式生成的微分算子的乘积的自共轭性，运用矩阵分析和计算，得到了乘积算子为自共轭算子时边界应满足的充分必要条件，同时得到了幂算子的自共轭性、自共轭算子乘积的自共轭性等乘积算子的其它若干性质。
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Symmetric differential expression; product operator; self-adjoint operator
基础科学，数学，数学分析对称微分算式；积算子；自伴算子
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In Chapter 3, we discuss the self-adjoint boundary-value problems for products of m differential operators generated by the same symmetric differential expression of order n defined on a, b
第三章 讨论了m个由同一n阶对称微分算式生成的赋予某种边界条件的微分算子乘积自伴边值问题，结合常微分算子自伴扩张的一般构造理论，分别给出了两个四阶微分算子、两个n阶微分算子、m个n阶微分算子乘积自伴边条件的解析刻划，得到了乘积微分算子是自伴的充分必要条件及与乘积算子自伴性有关的一些有益结果。
- 更多网络解释与adjoint differential expression相关的网络解释 [注：此内容来源于网络，仅供参考]
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adjoint differential expression：伴随微分式
adjoint differential equation 伴随微分方程 | adjoint differential expression 伴随微分式 | adjoint form 伴随形式