物理混沌 的英文怎麼說

中文拼音 [wùlǐhúndùn]
物理混沌 英文
physical chaos
  • 物 : 名詞1 （東西） thing; matter; object 2 （指自己以外的人或與己相對的環境） other people; the outsi...
  • 理 : Ⅰ名詞1 （物質組織的條紋） texture; grain （in wood skin etc ） 2 （道理;事理） reason; logic; tru...
  • 混 : 混形容詞1. （渾濁） muddy; turbid2. （糊塗; 不明事理） foolish; stupid
  • 沌 : 沌構詞成分。
  • 物理 : 1. （事物的內在規律） innate laws of things2. （物理學） physics
  • 混沌 : 1 （宇宙形成前的景象） chaos; the chaotic world in prehistoric times 2 （無知的樣子） innocent as...
  1. 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」。
  2. The watermark algovithm can resist the physical transfer of printing and scanning by applying techniques such as fixation normalization mutually which can secure the embedding position, chaotic encipher encryption, multipassage embedding and so on. what ’ s more, the watermark designed in this essay is binary image. it can bear a large amount of information

    本文綜合運用了歸一化相關確定嵌入位置、混沌加密、多通道嵌入等技術，使得本文所設計的水印演算法能夠抵抗印刷和掃描的物理轉換過程，同時本文所採用的水印是二值圖像，能夠承載大量的信息。
  3. W. hai, y. duan, l. pan. an analytical study for controlling unstable periodic motion in magneto - elastic chaos [ j ]. phys. lett., 1997, a234 : 198

    海文華，段宜武，朱熙文等.控制離子云混沌運動中的不穩定性[ j ] .物理學報， 1997 ， 46 : 2117
  4. Implementation and simulation of chaotic behavior of multiple - attractor generated by a physical pendulum

    物理擺的多吸引子混沌狀態實現與理論模擬
  5. Thus chaos theory is, very generally, the study of forever changing complex systems based on mathematical concepts of recursion, whether in the form of a recursive process or a set of differential equations modeling a physical system

    通常混沌理論是研究建立在數學遞歸概念基礎的上永遠改變復雜系統，無論以回歸過程形式或建立微分方程物理系統模型。
  6. The key of calculating fractal dimension and lyapunov exponents is to establish a good phase space. moreover, catastrophe parameter is an important feature of nonlinear time series. methods of calculating fractal dimension, lyapunov exponents and catastrophe parameter from seismic trace are exhausted

    4 、 lyapunov指數混沌控制波阻抗反演的優化方法：從地震信號中反演出地下多層介質的波阻抗，以此判斷介質和含流體性質，是地球物理的難點和重點。
  7. 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。
  8. 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。
  9. The reason why we designed electronic tongue based on chaotic dynamic is that chaos is sensitive to the initial parameters. when different taste substances are added to the solution, the peak interval series of membrane oscillation are not the same. so do the atractors

    基於混沌理論的電子舌主要是根據混沌對初始參數的敏感性設計的，加入不同味覺物質時候膜振蕩波形的尖峰間隔序列不同，相對應的吸引子圖也就不同，由此可區分不同味覺物質。
  10. Is a combination of modern science ( chaotic physics, quantum mechanics, mesoscopic physics, molecular biology ) and technology ( computer technology, microelectronictechnique & stm, nuclear analysis technology ). nano - technology will inspire a round of s & t revolution, such as nanomaterial, nanoelectronics, nanomechanics

    納米技術是現代科學（混沌物理、量子力學、介觀物理、分子生物學）和現代技術（計算機技術、微電子和掃描隧道顯微技術、核分析技術）結合的產物，納米技術又將引發一系列的科學技術，例如納米材料學、納電子學、納機械學等。
  11. The main advantage of this method is that it can be realized easily in engineer. the numerical studies and circuit experimental simulations show that this method is correct and efficient. in our circuit experimental simulations, the other variables of hyperchaotic systems synchronize precisely when a variable synchronizes generally

    電路實驗模擬中出現一種新的同步現象，即超混沌振蕩器的一個電流達到廣義同步時，其它的電壓和電流還可以實現精確同步，我們對此同步現象的物理機制進行了定性分析。
  12. This conception destroy the deterministic image of classical physics and shows that the trajectories of deterministic equations of motion are in a sense random and unpredictable

    而經典混沌的概念打破了經典物理學中的確定性圖像，指出運動的確定性方程給出的相空間的軌道也可能是隨機的，不可預測的。
  13. Some aspects of quantum chaos in a finite system had been studied based on the analysis of statistical behaviors of quantum spectra in heavy and superheavy nuclei

    摘要通過觀察和分析重核和超重核中量子譜的統計性質，研究有限物理體系中量子混沌的一些問題。
  14. Chaos plays an important role in dynamical systems and is applied hi many fields such as physics, chemistry, economics and so on

    因此，混沌學自誕生以來，在物理學、化學、生物學、經濟學和社會科學等眾多領域得到了廣泛的研究和應用。
  15. It testifies that chaos is existed in the sonic signal of boiler tube leak, according to the chaos theory and the correlative contents about the sky dynamics, and illustrates the physical meanings of the lyapunov exponent ( the change at the place of the boiler tube leak ), based on the calculational methods of the lyapunov exponent and the peculiarities of boiler tube leak detection and diagnosis

    根據混沌理論與空氣動力學的有關理論，確定了爐管泄漏聲信號中存在著混沌，在討論如lyapunov指數的演算法的基礎上，針對鍋爐爐管泄漏檢測與診斷的特點，明確了lyapunov指數的實際物理含義（爐管泄漏點處狀態的變化） 。
  16. In virtue of the knowledge related to fractal theory, all fractals algorithms in the paper have already been realized on computer, such as mandelbrot sets, julia sets, l system and iterated function system, etc. and their fractal figures have been drawn. meanwhile, to obtain a better visual effect and simulate actual natural scene, software adopts the real color and color palette to enrich figures, and color animated cartoon to change them. to show the self - similarity and infinitive tractility of fractal figures, partial zoom has been made on them

    本文運用分形理論實現多種分形演算法，在計算機上生成mandelbrot集， julia集， l系統， ifs迭代函數系統等典型的分形圖形，同時運用真彩色及調色板技術豐富圖形的色彩，實現了色彩動畫，使其更真實的模擬自然景物；運用鼠標編程技術實現對圖形局部的放大和縮小，體現分形圖形的自相似性和無限延展性；提供多組參數，利用分形圖形的混沌特性，通過微小的參數變化，生成完全不同的分形圖形。
  17. Take college physics teaching as example, in recent years, non - linear chaos phenomenon has been included in many textbooks and taken as the focus of content reform

    以大學物理教學為例，近些年許多面向二十一世紀的大學物理教材中，都把非線性混沌現象納入其中，作為物理教學內容改革的重點之一。
  18. Chapter four ( research on chaos control in pwm dc / dc converters ) first introduces the research background, purpose and physics mechanism of chaos control, as well as some basic problems which are worth attention in the design of chaos control system. secondly, the author discusses the basic principle of ogy method and problems that are worth attention in the circuit experiment. finally, based on modem control theory and ogy method, the author puts forward some chaos control schemes, conducts emulation and circuit experiment, and proves the feasibility of chaos control in dc / dc converters

    第四章（ pwm型dc dc變換器中混沌控制的研究）首先介紹了混沌控制的研究背景、混沌控制的目標與物理機理以及混沌控制系統設計中要注意的基本問題；其次，討論了ogy法的基本原理以及在電路實現中要注意的問題；最後，基於現代控制理論和ogy法，提出了幾種適合於dc dc變換器的混沌控制方法，進行了模擬與電路實驗，證實了dc dc變換器中混沌控制的可行性。
  19. By combining chaotic dynamics and converging dynamics together, the neural network transit gradually to hopfield neural network is made. by introducing converging factor, the aim of controlling chaos is attained, which provides initial value of hopfield neural network that is near to the global optimal solutions, and solve the problem of local minimum. the principle of genetic algorithm is analyzed, and the design and of genetic algorithm are studied

    通過把混沌動力學與收斂動力學相結合，使網路逐漸由混沌神經網路向hopfield網路過渡，達到控制混沌的目的，並且提供了一個在全局最優解附近的初值，避開了神經網路權值初始化沒有理論依據的難題，無須確定連接權值和閾值，使神經網路具有物理意義明確、便於與工程應用相結合的特點。
  20. In recent years, some non - linear stochastic optimistic algorithms are developed by biology, physics, artificial intelligence and nonlinear science, such as genetic algorithm, simulated annealing, tabu searching and chaos searching et al

    近年來，基於生物學、物理學、人工智慧和一些非線性科學而發展了一些具有全局優化性能且通用性強的隨機搜索演算法，如：遺傳演算法、模擬退火、禁忌搜索和混沌搜索等。
分享友人
分享到 Line

分享到臉書