In the following century, however, certain important works appeared on the Cabala by Eybeschütz and Emden, but from different standpoints.
在下面的世纪，然而某些重要的作品出现在Cabala的Eybeschütz和埃姆登，而是从不同的角度。
The critical treatment of the Zohar, begun by Emden, was continued toward the middle of the nineteenth century by a large group of modern scholars, and much was contributed in the course of the following period toward a better understanding of the Cabala, although more still remains obscure.
关键的治疗佐哈尔，开始埃姆登，继续对十九世纪中叶的一个大集团的现代学者，许多捐款的过程中下列期间对更好地了解Cabala ，但更多的还是仍然模糊。
Appling to the Emden's equation, the conserved quantity at the classical level may not hold true at the quantum level.
用于Emden方程，说明了经典守恒量在量子水平下不再保持。
In return, he sent a boat to the Emden loaded with fresh fruit, fish, vegetables and a pig.
英国人投桃报李，用一艘船满载新鲜水果、鱼、蔬菜以及一头猪，送给埃姆登号的德军。
Jacob Emden at the middle of the eighteenth century wrote: Christianity has been given as part of the Jewish religion by the Apostles to the Gentile world; and its founder has even made the moral laws stricter than are those contained in Mosaism. There are, accordingly, many Christians of high qualities and excellent morals who keep from hatred and do no harm, even to their enemies.
雅各布emden在中间的十八世纪中写道：基督教已发出的一部分犹太宗教使徒们向gentile世界，而且它的创办人甚至道德法律更严格的比都包含在mosaism有，因此，许多基督徒的高品质和优良道德的人不断从仇恨和不伤害，甚至是他们的敌人，将基督信徒将所有活在符合其戒律！
On 9 October 1914 the German cruiser Emden arrived at Diego Garcia, a small coral island in the Indian Ocean.
第二个故事也发生在第一次世界大战期间，中译如下：一九一四年十月九日，德国巡洋舰埃姆登号驶到迪戈加西亚岛。
The career of the German cruiser Emden in 1914 was so successful that she became a household name in Britain and throughout the Empire.
一九一四年，德国巡洋舰埃姆登号功业彪炳，大名藉藉，不列颠以及整个英帝国家喻户晓，甚至有广告商利用其辉煌成就。
In this paper, firstly, by using the supersolution and subsolution principle. we prove the existence of the solutions of the equation, we also prove that the solutions have good smoothness, we prove that the solutions are radially symmetric mature by using the Gidas-Ni-Nirenberg theorem, that is to say, no matter which direction, the solutions will have the same value if they have the same distance from the center, in this way, we are able to invert PDE into Lane-Emden equation, we give a form of expression.
本文首先利用上下解原理，证明了目标方程的解是存在的，并且其解拥有较好的光滑性，然后用反证法证明了其解有且只有一个；其次，本文用Gidas-Ni-Nirenberg定理证明了方程的解具有径向对称的性质，即不管在哪个方向上，只要离中心的距离是相同的，那么其解的值就是相同的；从而可以把偏微分方程转化为Lane-Emden形式的常微分方程，我们给出了其表达形式；最后，我们证明了我们的Dirichlet问题对应的常微分方程求解是稳定的，并给出了几个数值算例。
This paper studies the existence of positive solutions of singular boundary value problems of positive exponent superlinear Emden-Fowler equations. A necessary and sufficient condition for the existence of C1 [0, 1] positive solutions is given by means of function approximation with the fixed point theorems.
本文利用函数逼近和不动点理论给出了正指数超线性Emden－Fowler方程奇异边值问题有C1[0，1]正解的充分必要条件。
Existence of Multiple Solutions on Boundary Value Problems for a Discrete Generalized Emden-Fowler Equation
离散广义Emden-Fowler方程边值问题的多解存在性
We obtain the method of lower and upper solutions to the impulsive singular boundary value problems using the fixed point theorem and give necessary and suffcient condition for the existence of positive solutions to the impulsive singular boundary value problems of Emden-Fowler equations.
利用不动点定理得到了带脉冲的奇异边值问题的上解和下解方法，并且给出了带脉冲的Emden-Fowler方程奇异边值问题正解存在的充分必要条件。
A minimax method based on Goldstein rule and its conver-gence analysis is proposed. Numerical multiple solutions to the Lane-Emden equation and Henon equation on various domains are presented in this paper.
文章给出了Goldstein型局部极小极大算法，并且进行了收敛性分析，同时计算了不同区域上的Lane-Emden方程和Henon方程的多解。
By improving classical monotone iterative technique, an elementary approximation process and correspondent error estimate are given for classical Emden equations in unit ball. This elementary approximation process starts with the constant function, and is feasible and efficient.
通过改进传统的单调迭代方法，求出了单位球上经典Emden方程的初等逼近程序和相应的误差估计，初等逼近程序是从常值函数开始的，并且是可行和有效的。
Elementary Approximations of Classical Emden Equations on Unit Ball
单位球上经典Emden方程的初等逼近
Deals with the nonlocal boundary value problems for an Emden-Fowler type equation.
本文研究了它带有非局部边界的特征值问题的迹公式。
We construct two internal structure models of the Moon and three models of Mars by solving the Emden equation.
通过求解Emden方程，本文建立了两个月球的和三个火星的内部结构模型，这些模型的各参数值分别列于表3-7中。内部密度和压力的分布曲线绘于图1&4中。
We obtained the existence and asymptotic behavior of unbonded nonoscillatory solution of Emden-Fowler type difference equation by using fixed point theorem, this type of difference equation has wide applications.
Emden-Fowler型差分方程是一类具有广泛应用的方程，利用不动点定理得到了这种差分方程的无界非振动解的存在性和渐近性质。
With the observed data on masses and radii of Venus and Mercury obtained by means of space explorations, four internal structure models of Venus and Mercury are built respectively by solving Emden eguation.
本文采用空间探测获得的金星和水星的质量和半径测定值，通过求解Emden方程分别建立了4个金星和水星的内部结构模型，图1至图3绘出了内部密度和压力分布曲线。
The relativistic Emden functions for n < 0 are obtained by numerical integration.
通过数值积分得到了n<0的相对论性Emden函数。
Finally, the results are illustrative by Emden equation.
最后，以Emden方程为例说明了本文所给方法的应用。