1) Cone-Super minimum solution
锥-超极小解
2) Minimal-non M-groups
极小非超可解群
3) strong minimal cone
强极小锥
1.
By means of the characteristics of strong minimal cone, some existence theorems for solutions are obtained.
考虑了Banach空间中形如x(t) =u(t) + ∫Gtf(t,s,x(s) )ds的广义Volterra积分方程 ,并利用强极小锥的性质 ,获得了以上方程的解的某些存在性结果 。
2.
In this paper,by using the character of strong minimal cone ,we obtain existence theorems of solutions for the nonlinear functional boundary value problem as following:x (n) -∑A i(t)x (i-1) =f(t,x,x′,.
利用“强极小锥”的概念 ,获得了Banach空间中的形如“x(n) - ∑Ai(t)x(i- 1) =f(t,x ,x′,… ,x(n- 1) ) (0 ≤t≤ 1) ,B(x ,x′,… ,x(n- 1) ) =θ”的非线性泛函边值问题的解的存在性结果 。
3.
Abstract In this paper, by using the character of strong minimal cone, we obtain existencetheorems of global solutions for the nonlinear impulsive Volterra integral equations in Banachspaces, that improve the corresponding results presented in [1-3].
本文利用“强极小锥”的概念,获得了Ｂａｎａｃｈ空间中非线性脉冲Ｖｏｌｔｅｒｒａ型积分方程整体解的存在性定理,改进了现有文献中的某些结果。
4) minimal conical surface
极小锥面
5) minimal cone
极小锥
6) T monotone increasing operator
全序极小锥
补充资料：解结锥
1.古代骨制的解结用具，形如锥。
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