1) Matsubara functions
松原函数
2) Relaxation function
松弛函数
1.
According to the strain energy density function for finite deformation of viscoelastic material,the relaxation function of Maxwell mode and the deformation gradient tensor of bubble,a stress equation for finite deformation of protein bubble is derived.
根据粘弹性材料有限变形的应变能密度函数、Maxwell模型的松弛函数及气泡的变形梯度张量,推导出蛋白质气泡有限变形的应力方程。
2.
obtaining the stress relaxation data and curves of the Aorta Ascendens under the situation of constant stress and strain,Through regressing analysis the reduced stress relaxation function k(λt)=G(t)T(e)(λ) that we obtain from experiments.
根据冯元桢教授的准线性理论得出肾主动脉松弛函数k(λ,t)=G(t)T(e)(λ)的表达式。
3) matsubara fuction
松源函数
4) convex relaxation function
凸松弛函数
1.
In this paper,the method of rule portfolio election is improved and the optimal solution via establishing convex relaxation function is gained,then attack package is matched with it.
针对攻击事件类型和规则的匹配问题,改进了限定条件下规则集的选取,通过建立凸松弛函数,确定问题的最佳解,最后通过模拟实验,验证了用最佳解匹配攻击数据包,效果明显优于BM方法。
5) primary function
原函数
1.
Utilization of mathematical induction extends the unity of the higher-order derivation and primary function formula in document [1] to the special functions whose structural features are more complicated.
把文献[1]中所研究的高阶导数与原函数的统一性公式,利用数学归纳法推广到了结构更为复杂的特型函数中,获得了比文献[1]应用更为广泛的结果。
2.
In this paper, through analyzing the structural features of a kind of ralatively complicated functions derivative and of this kind function itself, we deduce quickly and accurately the consequences of some kinds of functions primary functions and their higher order derivatives, without any analysis and opreation.
通过分析一类较为复杂函数的导数与其自身的结构特征 ,获得了由该类函数的一阶导数及其自身的结构特征 ,在不需要任何分析运算条件下 ,即可快速准确推知该类函数的原函数及其高阶导数的结果 研究结果表明 :高阶导数与原函数这对互逆运算在该类函数中可实现统一 利用该结果可给实际运算带来许多简化与方
3.
This paper study the theorem inferred from the qualities of the derivative and the structure of the function to the qualities of the structure of its primary function and amends it,and also statesthe generalization of the theorem after amendment.
对由导数与函数的结构特征推知原函数的结构特征定理进行研究，并对其进行了某些修正和推广，获得了由该类函数自身及其导数的结构特征。
6) primitive function
原函数
1.
A Primitive Function Description of Generalized Perron Integral;
广义Perron积分的原函数刻划
2.
Expecially, when primitive function can t be found, the advantage lay definitely with it.
在数值分析中 ,常用复化梯形公式求∫baf (x) dx的满足一定精度的近似值 ,特别是在 f (x)的原函数找不到的情况下更显示出它的优越性。
补充资料：松原
1.松树成林的原野。
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