泛论

基本解释 (translations)

generalise

词组短语

generally expound

与泛论相关的网络例句 [注：此内容来源于网络，仅供参考]

Secondly,we firstly study the properties of functions with values in a uni-versal Clifford algebra 〓,and we obtain the following very important basictheorems in universal Clifford analysis:Cauchy's integral formula,Cauchy's inte-gral theorem,the mean value theorem,the three versions of the maximum mod-ulus theorem,the Taylor's expansion,the Laurent's expansion and the residuetheorem etc..All of these results generalized the classical results.

第二，本文所讨论的各种函数性质以及所得的结果都在泛Clifford代数〓上所做的工作，它一方面包含了从前在泛Clifford代数〓上所做的工作，所得到的结果更广泛、更漂亮、更自然，另一方面，本文也是迄今为止第一次建立起来了在泛Clifford分析中与经典函数论相对照处基础地位的LR正则函数在特异边界上的Cauchy积分公式、Cauchy积分定理、平均值定理、极大模原理的三种表达形式、Taylor展式、Laurent展式留数定理等深刻的结果。

Other semirings arise naturally in such diverse areas of mathematics as combinatorics, functional analysis, topology, graph theory, Euclidean geometry, probability theory, commutative and noncommutative ring theory, optimization theory, discrete event dynamical systems, automata theory, formal language theory and the mathematical modeling of quantum physics and parallel computation systems.

在许多不同的数学领域存在着其它形式的半环，比如组合学，泛函分析，拓扑学，图论，欧式几何，概率论，交换和非交换环，优化论，离散动力系统，自动化理论，形式语言理论，量子物理的数据模型和并行计算系统。

Iseki , this theory contact to be suffused with universal algebra, group theory, ring theory, lattice theory,Boolean algebra,set point topology, toplogical algebra etc. we have already obtained the large quantity result to the research of the BCK algebra.

Iseki引入的代数系统，这一理论联系到泛代数、群论、环论、格论、布尔代数、点集拓扑和拓扑代数等，对BCK代数的研究已经取得了一大批的研究成果。

In1909,Johannsen coined the word "gene", shortened from the pangene of de Vries and ultimately derived from Darwin's word pangenesis,to denote the unit of heredity.

弗里斯创造的"泛生子"一词缩短而成的，而"泛生子"一词则衍生于达尔文提出的"泛生论"。

The main goal is to use some results and methods from classical analytic-function theory to determine some of the most basic questions you can ask about linear operators and functional space. At the same time using functional space theory and operator theory as a tool to study the classical questions in function theory.

解析复合算子的研究是解析函数论和算子理论结合的产物，其目的是利用经典解析函数论中的方法与结论探讨泛函空间与算子理论中的一些最基本的问题，同时也以泛函空间与算子理论为工具研究函数论中的经典问题。

Panpsychism of this time was different from the panpsychism of the early times.

此时的泛心论在形式上有别于早期的泛心论，其地位也必须公允的看待。

Panpsychism originated from primitive animism. It has a profound philosophical theoretical foundation. To solve the hard problem of consciousness, David J. Chalmers defined consciousness was the essential feature of the world, stepping into the field of panpsychism.

泛心论起源于原始思维的泛灵论思想，有着深厚的哲学理论基础，为解决意识难题的查尔默斯直接把意识规定为世界的基本特征，迈进了泛心论的领地。

The process of our study links some of the most basic questions about C〓 with beautiful classical results from analyticfunction theory. For instance, it is essential Littlewood subordination theorem that assures that composition operators act boundedly on many analytic function spaces. And there are close connections between the compactness of C〓 and the existence of angular derivatives of ψ at points of 〓D. It involves the classical Julia-Careatheodory theorem, Denjoy-Wolff theorem and Nevanlinna counting functions and so on. It makes many old theorems in analytic-function theory getting some new meanings, and bestows upon functional analysis an interesting class of linear operators. This thesis consists of six chapters as follows: Chapter 1 is a preparatory in nature.

从而建立了C〓的算子性质与解析函数论中许多漂亮的经典结果之间的联系，如许多解析函数空间上复合算子的有界性本质上往往是著名的Littlewood从属原理，复合算子的紧性与其诱导映射在边界〓D上的角导数之间有着紧密的联系等等，这样自然而然地涉及到经典函数论中的Julia-Caratheodory定理，Denjoy-Wolff定理及Nevanlinna计数函数等等一些结果，并以此赋予函数论中许多古老问题以新意，同时也为泛函分析提供了一类十分具体的线性算子。

pansystems resources are difined in generalized sense and their displacement from one to the other leads to pancommunication. They are of basic pansystems logoi connected with world outlook, epistemology, methodology, value theory and operations research, and so are universal to various logoi, specially to some new recognitions to traffic, communication, finance, logistics, reasoning, intelligence, computer, network, mathematics and physical sciences, including politics, economics, military, education, sociology, medicine, philosophy of science, technology and engineering.

广义的资源广义的由此及彼界定的泛系资源泛通，形成泛系论的一大理法，它是一种世界观、认识论、方法论、价值论和运筹学，毗连于数理工医文社史哲百科千题万技理法，特别是对广义的交通、通信、金融、物流、推理、智能、计算机、网络、数理科学和科技思想的发展可以得到一种全新的阐述，甚至对政治、大国兴衰、经济、军事、教育、社会学、医药学、科学技术工程哲学等等都可以导致新的感悟。

In1909,Johannsen coined the word "gene", shortened from the pangene of de Vries and ultimately derived from Darwin's word pangenesis,to denote the unit of heredity.

弗里斯创造的&泛生子&一词缩短而成的，而&泛生子&一词则衍生于达尔文提出的&泛生论&。

与泛论相关的网络解释 [注：此内容来源于网络，仅供参考]

animatism：泛灵论

兴奋 animation | 泛灵论 animatism | 视野异形 anisotropy of visual field

animatism：泛生论

animality patron in tomb镇墓兽 | animatism泛生论 | animism万物有灵论

animism：泛灵论

中国人是一个非常相信"泛灵论"(animism)的民族,也就是说相信所有的自然物,不论有生命的还无生命的,都拥有某种独立的灵魂(神灵),并且认为这些灵魂无所不在,无所不有,许多灵魂被看作是已故的祖先在积极保佑他们的子孙后代.

pangenesis：泛生论

他在后半生中用了大部分精力来构建新的遗传理论--"泛生论"(pangenesis). 他认为生物体各部分的细胞都带有某种特定的称之为"微芽"的遗传成分,这些成分可以随着环境的变化而在性质上发生改变,并可以集中于生殖细胞和遗传给子代.

pangenesis：泛生论 机体再生说

pangen /胚浆粒/泛子/ | pangenesis /泛生论/机体再生说/ | pangeosyncline /泛地槽/

theory of pangenesis：泛生论

认为生物的生殖细胞中含有控制性状发育的遗传因子;而"基因"(gene)一词作为遗传单位的名称,则是在1909年由约翰森创造的,该词是由德.弗里斯创造的"泛生子"(pangene)一词缩短而成的,而"泛生子"一词则衍生于达尔文提出的"泛生论"(theory of pangenesis).

panpsychism：泛心[灵]论

原子论 atomism | 泛心[灵]论 panpsychism | 心理主义 mentalism

panpsychism：泛灵论

panplegia 全瘫 | panpsychism 泛灵论 | pansexualism 泛性论

panpsychism：泛心论

operativism 操作主义 | panpsychism 泛心论 | paradigm 规范

panpsychism：(泛心论(泛灵魂说)

Pannenberg, Wolfhart (潘恩波) | Panpsychism (泛心论(泛灵魂说)) | Pantheism (泛神论)