1) multi-threshold singularity applicationfield
奇异点多门限
2) singular limit
奇异极限
1.
Making use of the norm with weight, the method of the energy estimate, compactness theorem and the results of Sobolev theory, the corresponding results in the case of singular limit for the equations were obtained.
利用带权范数和能量估计的方法、紧性理论和Sobolev定理的结果,得到了方程组在奇异极限情况下的有关结论。
2.
This paper is concerned with the singular limit of the minimal solutions, as p→1,λ→∞, of the quasilinear Neumann problem involving p-Laplace operatorwhereΩis a bounded smooth domain in R~n, n≥2, 1 < p < n, 1 < q <np/n-p, v is the unitouter normal to (?)Ω,λ>0 is a parameter.
本文主要考虑含p-Laplace算子的拟线性Neumann问题：的极小解当p→1，λ→∞时的奇异极限，其中Ω(?)R~n为光滑有界区域，n≥2，1<p<n，1<q<np/n-p，v是(?)Ω的单位外法向，λ>0为一参数。
3.
Singular limit of solutions of the nonlinear parabolicequationThis thesis reviews nonlinear parabolic equations of the singular limit.
本文是一篇介绍这类方程解的奇异极限的综述性文章。
3) singular multi-point boundary value problem
奇异多点边值问题
4) singular point
奇异点
1.
Effective method for detection of fingerprints’ singular points;
一种有效的指纹奇异点提取方法
2.
Fingerprint singular points detection based on both weighted averaging gradient directional field and improved Poincare Index;
基于加权平均梯度方向场和改进Poincare Index的指纹奇异点检测算法
3.
Uniqueness of the singular point of a vector field on Riemannian manifold and its simple Newton s iteration.;
黎曼流形上向量场奇异点的惟一性和简单牛顿迭代法
5) Singularity
[英][,sɪŋɡju'lærəti] [美]['sɪŋgjə'lærətɪ]
奇异点
1.
Abrupt Fault Detection and Diagnosis of Sensor Based on Singularity and Energy Distributing Analysis with Wavelet Transforms;
基于小波奇异点和能量分布的传感器突发故障诊断
2.
New method for singularity detection based on multilevel partitions in fingerprint images;
一种基于多级分割的指纹奇异点检测新方法
3.
Fingerprint classification combining singularity and HMM
奇异点和隐马尔可夫模型融合的指纹分类
6) Singularity point
奇异点
1.
It is the crucial problem to accurately detect the traveling wave singularity point in fault location.
准确检测故障行波信号的奇异点是行波故障测距的关键。
2.
Although traditional processing method of modulus maximum array can retain characteristics of signal,the signal after de-noising exists thorns and slight oscillation at singularity point.
传统的模极大值序列处理方法虽然可以保留信号特征,但降噪后的信号在奇异点有毛刺和轻微的振荡。
补充资料：非奇异边界点
非奇异边界点
non-angular boundary point
非奇异边界点[咖峋吧.妞加训山仔州吐;Heoc浦明印aHH二功.]，正则边界点(肥多血r场即山叮point) 复变量艺的单值解析函数f(z)的定义域D的可达边界点(ahainable boUnda甲point)心，使得f(:)沿D内任一到达心的路径都有一个到达〔的解析延拓(肛司州c con血uation).换言之，非奇异边界点是可达的，但不是奇异的.亦见解析函数的奇点(51理润比point).E.瓜.0叨鱿衅B撰【补注】注意D的边界上的同一个点可以引起一些不同的可达边界点，其中某些可能是奇异的，另一些是正则的.例如，考虑区域D二C\(一的，01以及函数f(:)“(h(习一们)一‘，其中h是晚公的主值.这时在一1‘之上”有两个可达边界点:一个是奇异的，对应于沿:二一1十“(0蕊:(l)接近一1;一个是正则的，对应于沿么二一l一it(O(t(1)接近一1.
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