1) least extremal solution
最小极值解
1.
This paper studies the least extremal solutions of ill-posed Neumann boundary value problems for a class of semilinear elliptic equations in Lp(?), The existence of the least extremal solution is proved by the metric generalizea inverse and Schauder fixed point theorem.
运用度量广义逆 与Schauder不动点定理证得该问题的最小极值解的存在性,应用Banach空间几何与Sobolev空问的 方法,给出最小极值解的等价条件。
2) Minimal norm extrimal solutionn
最小范数极值解
3) minimum value
最小值，极小值
4) extremum
[iks'tri:məm]
极值，最大(小)值
5) minimise
[英]['minimaiz] [美]['mɪnɪmaɪz]
成极小,求最小值
6) the maximum quadratic
极小最小二乘解
1.
Its application in the maximum quadratic of linear equations can obtain the geometrical principle of the maximum quadratic orthogonal projection.
本文证明了由矩阵A的 (1,4 ) -逆A(1,4) 构成的线性算子A(1,4) A为正交投影算子 ,并将其应用到线性方程组极小最小二乘解问题中 ,从而获得极小最小二乘解的正交投影几何原理。
补充资料：最小辐亮度与最小辐照度(见核爆炸火球)
最小辐亮度与最小辐照度(见核爆炸火球)
minimum-brightness and minimum-irradiance
zuixiao fuliangdu yu zuixiaofu乙haodu最小辐亮度与最小辐照度(minimum-brightness and而nimum一irradianee)见核爆炸火球。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条