混沌界 的英文怎麼說
中文拼音 [húndùnjiè]
混沌界
英文
olam ha 'tohu-
In a chaotic and increasingly incomprehensible world, the family provides a small relatively stable universe where "things make sense. "
在一個混沌迷離、愈來愈不可理解的世界上,家庭提供了一個相對穩定的小天地,在那裡「事物才有意義」。The fractal and chaos theory are effective tools to study nonlinear system, quantifying the indeterminate nonlinear system, using aboard in the nature study, last years, many scholars study the capital market by that method, conquer the emh and the capital market theory ' s localization, inaugurate the new phase of the capi tal market study
分形和混沌理論作為研究非線性系統的有效工具,可以把不確定的非線性系統數量化,在自然界的研究中已經得到了廣泛的應用,近年來,許多理論工作者用該方法用研究資本市場,克服了原來研究線性系統的emh和資本市場理論的局限性,開創了資本市場研究的新局面。The critical value when poincare mapping taken the form of smale horseshoes chaos is presented 3
給出了poincare映射出現smale馬蹄混沌的臨界值。In the view of nietzsche, the world is a kingdom of forces and wills to power ; in chaos state, the world is generating and transmigrating
摘要尼采眼中的世界是權力意志和力的王國,它是混沌、生成和永恆輪回的。Unbiased investigation proves that nature is not chaos but a well-ordered system.
不偏不倚的調查研究證明,大自然不是雜亂無章的混沌世界,一切皆已安排得井然有序。In later zoroastrian doctrine it is envisaged that there will be three future saoshyants, who will restore order when the world has fallen into chaos
在後期的瑣羅亞斯德教義里,正視了未來將會有三個「薩奧斯亞特」 ,當世界陷入混沌的時候會使世界恢復秩序。The mechanism of the crisis is the sudden appearance of a periodic orbit with mixed - dissipative property inside a chaotic quasi - attractor ; 2. the escaping hole can be defined as the area completely dominated by traditional dissipative property that is confined by the dissipative - induced gap. to our knowledge, such a crisis has never been observed yet
這種半耗散激變具有兩個鮮明的特徵: .這種激變的機制是一個混沌類吸引子中突然出現一個具有混合耗散性的周期軌道,從而使原混沌類吸引子突然轉變為一個混沌類瞬態; .這種激變的逃逸孔洞是一個受到耗散性導致禁區的邊界限制的「完全傳統耗散性主宰區」 。First, the author in detail introduces the typology to substitute concept as a systematization method. the typology method not only acknowledges that the legal science about the pure economic loss is still pausing at a starting degree. moreover it has provided the research route as following : experience type - logic type - standard type
首先,筆者詳細介紹了類型替代概念的體系化方法,作為方法論的自省,類型化不僅承認了法學界對純粹經濟損失的研究程度尚停留在混沌狀態的現狀,而且提供了從「經驗類型」到「邏輯類型」再到「范類型」研究路線。Chaos is an important branch of nonlinear science. the research of chaos theory and its application in communication is the frontier of science and engineering, which provides a novel research field for conventional commu - nication theory and also presents a broad application platform for nonlinear science
混沌是非線性科學的一個重要分支,混沌理論的研究及其在通信中的應用是當前科學界和工程領域的一個前沿課題,它為傳統通信理論開辟了新的研究領域,也為非線性科學提供了一個廣闊的應用舞臺。Every result in the paper is presented through specific analytic expression, including the analytic expression of homoclinic orbit or heteroclinic orbit and its melnikov function, analytical expression of periodical track surrounding the center - type singular point within the homoclinic orbit or heteroclinic orbit and its melinkov function, the critical value when periodical m point appears, the critical value when smale horseshoes chaos appears, etc.
文中的各個結果均以具體的解析形式給出,其中包括同宿軌道或異宿軌道的解析表達式及其melnikov函數;同(異)宿軌道內圍繞中心型奇點的周期軌道的解析表達式及其melnikov函數;出現周期m點的臨界值;出現smale馬蹄混沌的臨界值等。Theories, numerical values and experiments indicates that chaos motion exists in all the fields of natural science ( even in sociology ), which means that chaos motions is a motions of matter in nature and exists extensively in many non - linear systems
來自理論、數值計算和實驗手段所揭示的自然科學(乃至社會科學)各個學科領域的許多系統中存在混沌運動的事實表明:混沌運動也是自然界物質運動的一種形式,而且它也廣泛地存在於相當多的非線性系統中。The contents of this theory are divided into six parts, they are : ( 1 ) self - organized criticality, transient chaos, the edge of chaos and weak chaos ; ( 2 ) the coupling and interactions as well as the coherence and cooperation of multicomponents ; ( 3 ) the fractal dynamics of evolutionary processes ; ( 4 ) the spatio - temporal structures of processes ; ( 5 ) the dynamics of fractal growth ; ( 6 ) the theory of finite - size scaling
將上述命題演繹和整合成一種廣泛適用於地質系統的地球科學的復雜性理論,名之為: 「地質作用的自組織臨界過程動力學? ?地質系統在混沌邊緣分形生長」 ,並將其內容歸納成6部分: ( 1 )自組織臨界性、瞬態混沌、混沌邊緣和弱混沌, ( 2 )多組分的耦合與相互作用及其相干與協同, ( 3 )演化過程的分形動力學, ( 4 )作用的時空結構, ( 5 )分形生長動力學, ( 6 )有限大小標度理論。But self - organized criticality ( soc ) is a kind of weak chaos nature : " edge of chaos " ( non - stable steady state ), appearing only in the specific space - time region in specific stage at self organization process of crustal movement
「自組織臨界態」 ( soc )是一種弱混沌性質的「混沌邊緣態」 (非穩定定態) ,只出現于地殼運動自組織過程特定階段中的特定時空域。The author analyzed systematically the present status of the four research areas of self - organized criticality, transient chaos, the edge of chaos and weak chaos in the science of complexity and concluded that, the four research areas are actually different approaches for probing into the essence of the same problem ? the spatio - temporal evolution of open, far - from - equilibrium, interacting, large, dissipative dynamical systems in nature
筆者對復雜性科學中的自組織臨界性、瞬態混沌、混沌邊緣和弱混沌四大理論和研究領域就其發展現狀和最近動態作系統和深入的剖析后得出結論,認為以上四者是對自然界中開放、遠離平衡、相互作用的巨大耗散動力學系統的時空演化這個統一事物的本質的面面觀。The author further summarized the interrelationships among the four areas into an important proposition : the spatio - temporal evolution of open, far - from - equilibrium, interacting, large, dissipative dynamical systems in nature complies to the “ dynamics of self - organized critical processes ”, and “ the systems grow fractally at the edge of chaos ". geosystems are both very important and complex open, far - from - equilibrium, interacting, large, dissipative dynamical systems in nature. they possess the innate, essential attribute of self - organized criticality
筆者進一步將四者的相互關系歸納成一個重要的命題:自然界中開放、遠離平衡、相互作用的巨大耗散動力學系統的時空演化服從「自組織臨界過程動力學」 ,並且系統「在混沌邊緣分形生長」 。It doesn ' t matter what i am in this rotten world
在這個混沌的世界里,我是誰並不重要These research also approve some inherent phenomena in nonlinear systems such as the interleaving of stability region and instability region, the parameter sensibility of the instable modes, divergence after a relatively long time of chaotic swings ( transient chaos ), a cascade of period double bifurcations to chaos and etc. these phenomena are of great importance to both theoretical research and engineering practice
研究還證實了一些非線性系統所特有的現象,如穩定域和不穩定域的相互交錯現象,失穩模式對參數的敏感性,一段時間混沌振蕩后的無界現象(稱為預無界混池) ,由周期運動經一連串倍周期分岔直至混濁等。這些現象對理論研究與工程實踐都具有重要意義。Shaft : yes. i am the dark priest called shaft. this world must be cleansed in the forge of chaos
沙:對,我名為黑暗神官沙夫特。這個世界必須在混沌的鍛造中被凈化。Through the interpretative nature of wills to power, the world is projected out of the chaotic and generating state
權力意志是解釋性的,而通過解釋,無數個外觀世界從這個混沌、生成的世界中被透視出來。Chaos is a ubiquitous nature phenomenon. the solution of chaos mathematical model is an extremely instable movement localized on finite space. as for instability, that is, the adjacent orbit will separate exponentially with the time goes by
混沌是自然界中存在的普遍現象,對混沌現象建模產生的混沌數學模型,其解為局限於有限相空間的高度不穩定的運動,所謂高度不穩定是指近鄰的軌道隨時間的發展會指數地分離。分享友人