1) nonreflecting BC
非反射边界条件
2) non-reflective boundary condition
非全反射边界条件
1.
Generation of nodal equivalent homogenized parameters under non-reflective boundary condition for coarse mesh nodal methods
粗网节块法中非全反射边界条件下节块等效均匀化参数的计算
4) reflecting boundary conditions
反射边界条件
1.
The Spectrum of the Transport Operator with Reflecting Boundary Conditions in Slab Genemetry;
板模型中一类具反射边界条件的迁移算子的谱
2.
The objective of this paper is to research singular transport equations with anisotropic continuous energy homogeneous in slab geometry of reflecting boundary conditions.
在L1空间上研究板几何中一类具反射边界条件下各向异性、连续能量、均匀介质的奇异迁移方程,证明了这类方程相应的奇异迁移算子产生C0半群的Dyson-Ph illips展开式的二阶余项R2(是弱紧的,从而得出了该迁移算子的谱在域Γ中仅由有限个具有限代数重数的离散本征值组成等结果。
5) antireflective boundary conditions
逆反射边界条件
1.
Comparisons with the Rudin-Osher-Fatemi model are made in numerical experiments with antireflective boundary conditions and medium boundary conditions.
试验结果表明中值边界条件的误差比逆反射边界条件误差小。
6) reflecting boundary condition
反射边界条件
1.
In the paper we solve the boundary value problems of abstract kinetic equation with a parameter and reflecting boundary condition by the integral operator solving process.
这为求解抽象动力方程边值问题提供了一种新的、简单而直接的方法 ,可用来求解具有反射边界条件、含参数的抽象动力方程边值问题 。
2.
The objective of this paper is to research spectral analysis of transport operator with anisotropic continuous energy nonhomogeneous slab geometry in reflecting boundary condition.
在Lp(1 p<∞)空间上研究了板几何中具反射边界条件下各向异性、连续能量、非均匀介质的迁移方程,证明了该迁移算子产生C0半群的Dyson-Phillips展开式的二阶余项在Lp(1
3.
This paper researches singular transport equations for anisotropic continuousenergy homogeneous in slab geometry with reflecting boundary condition by themethods of mordern analysis, such as functional analysis ,the theory of operator andthe theory of semigroup, and it has got a series of new results about the spectrum ofthe transport operator relating to the transport equations.
本文运用泛函分析、算子理论和半群理论等现代分析方法，研究了板几何中一类具反射边界条件各向异性、连续能量、均匀介质的奇异迁移方程，获得了该方程相应的奇异迁移算子的谱分析等一系列新结果。
补充资料：非条件反射
非条件反射
unconditioned reflex
亦称"无条件反射"。生来就有的先天本能行为，反应方式固定且数量有限的反射。在非条件反射中，刺激性质与反应之间的因果关系，是由种属遗传因素决定的。如对角膜的机械性刺激，就会引起眨眼反射。
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