- 更多网络例句与再生核相关的网络例句 [注：此内容来源于网络，仅供参考]
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In Chapter Three, we use the method of interpolation spline of differential operater to come up with the reproducing kernel in H01 with respect to bounded linear operator in H10. Then we use the reproducing kernel to develop the expression of the best approximating of bounded linear operator in H10 and prove its convergence.
第三章中，对于H_0~1中的有界线性算子，用微分算子插值样条函数的方法给出了H_0~1空间中的再生核，利用此再生核给出了H_0~1上的有界线性算子的最佳逼近的表达形式，并证明了其收敛性。
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The penalty function is adopted to impose the essential boundary condition, the tensor product weight function with a rectangular influence domain is chosen, and the finite element background cell is considered as the integration unit.
将无网格再生核质点法用于刚塑性可压缩材料轧制过程的模拟，采用罚函数满足本质边界条件，选用矩形影响域的张量积核函数，利用有限元网格作为积分单元，对求解域内和边界上采用不同的高斯积分方案。
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In Chapter Five, we compare numerical integration of the reproducing kernel with the integral equation of complexified trapezoid through a detailed solution to the initial-value problem of ordinary differential equation to exemplify that the method of interpolation spline integrating and the reproducing kernel is not only feasible in theory but also significant in pratice.
在第五章，我们通过具体的求解一个常微分方程的初值问题，把再生核方法的数值积分和复化梯形积分公式相比较，说明样条插值和再生核相结合的方法不仅是理论上可行的，而且还具有重要的实际意义。
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It is very beautiful that the difference of two kernels is constant.
有趣的是，这两个再生核空间的再生核具有相关性。
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The new methodof defining spline function will generalize the concept to the more universal Hilbert space. Hence, we take into consideration the interpolation spline function, general linear differential operater in semi- open interval and the Green function defined accordingly, and the reproducing kernel to produce the Green function and prove the existence of the reproducing kernel.
采用了一种新的样条函数的定义方法，把样条函数的概念推广到更一般的Hilbert空间上，再考虑半开闭区间a，+∞上的插值样条函数，一般线性微分算子及其定义的Green函数和再生核，构造出Green函数并且证明了再生核的存在性。
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In this thesis,the main problem investigated is the relationship between Hilbert spaceH which {ei}ni=1 let be an orthonormal basis and the kernel by making use of the properties of the kernel of H.
笔者主要研究了以{ei}in=1为正交基的再生核Hilbert空间H中的核函数的一些性质，并通过这些性质简要的描述了Hilbert空间H与它的核函数之间的关系。
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Firstly, a two-dimension tensor product space is constructed, in which reproducing kernel exists. Secondly a multiresolution analysis is constructed in the reproducing kernel space. Then an orthonormal basis in is obtained. Thus,the reproducing kernel space can be expressed by wavelets spaces. Wavelets approximation formula and sampling formula can also be obtained in the space. Besides, the wavelets approximation formula is simple and easy for calculation. That completes the theory of multiresolution analysis in finite interval fully and provides theoretical base and algorithm for application.
首先，构造二维张量积空间，并证明该空间具有再生核；其次在再生核空间中，建立多尺度分析，获得该空间的一个标准正交基，使得再生核空间可以由小波空间来刻画，进而得到小波级数和相应的采样公式，而且给出的小波级数形式简单易于数值分析，进一步完善了有限区间上的多尺度分析方法，也为实际应用提供了良好的理论基础和算法。
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In this space it is difficult to obtain the reproducing kernel when n ≥ 2 and thedifficulty is getting more obvious as n is increasing.
在再生核空间〓中，当n≥2时，再生核函数的求得很困难，而且随着n的增加，求解难度急剧增加。
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According to the fine structures of reproducing kernels, the characterization of the image space in the wavelets transform and the isometric identities formulas are given by the perfect theory of reproducing kernel space.
根据再生核的这种较好的结构，利用较完善的再生核空间理论给出了小波变换像空间的描述及等距恒等式。
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This paper presents the reproducing kernel wavelet functionrepresentation in frequency and time domain by residue principle for specificreproducing kernel space 〓.
对具体的再生核空间〓，用留数计算法则，巧妙地给出频域与时域上的再生核小波函数表达式。
- 更多网络解释与再生核相关的网络解释 [注：此内容来源于网络，仅供参考]
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nuclear fusion device：核聚变装置
nuclear fusion blanket 热核反应堆再生区 | nuclear fusion device 核聚变装置 | nuclear intermediate resonance 核中间共振
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nuclear fusion blanket：热核反应堆再生区
nuclear fusion 核聚变 | nuclear fusion blanket 热核反应堆再生区 | nuclear fusion device 核聚变装置
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nucleotide：核甘酸
10、增加肝脏解毒功能:哥森医生的临床实验还证实,大溪地诺丽果汁可以提升肝细胞解毒功能高达50%以上. 大溪地诺丽不是特效药,但它能提供病变的肝细胞修复的机会. 大溪地诺丽果汁中的核酸(nucleic acid)和核甘酸(nucleotide)更为细胞再生的重要元素.
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reproducer：复制穿孔机
representing graph 表示图 | reproducer 复制穿孔机 | reproducing kernel 再生核
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reproducing kernel：再生核
reproducer 复制穿孔机 | reproducing kernel 再生核 | reproducing property 再生性
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reproducing kernel：再生核无忧雅思网
reproducer 复制穿孔机无忧雅思网S&]#nVb m^ | reproducing kernel 再生核无忧雅思网4e"f-R4_V(m~N$_ | reproducing property 再生性无忧雅思网"T8O Jx;cW
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reproducing kernel：abbr. rk; 或再生核
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reproducing kernel particle method：abbr. rkpm; 再生核质点法
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reproducing property：再生性
reproducing kernel 再生核 | reproducing property 再生性 | reproducing punch 复制穿孔机
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katachromasis：子核再生
分解性代谢 katabolic | 子核再生 katachromasis | 触<> katalase,catalase