lorenz 中文意思是什麼

lorenz 解釋
羅倫茲
  1. Lorenz, k. z. the foundations of ethology. n. y. : springer, 1981

    《動物行為學的基礎》 。紐約斯普林格， 1981 。
  2. On the basis of lorenz - mie theory, this paper is devoted to the research on characteristics of intensity and spectrum distributions of each order rainbow for a homogeneous particle, with the usage of geometric optics theory, airy theory and debye theory

    本文基於小粒子散射的lorenz mie理論，結合彩虹的其它理論（幾何光學理論、 airy理論、 debye理論）研究了均勻球、柱粒子各階彩虹強度分佈和頻譜特點。
  3. Reveals the objective necessity of the sole existence of absolute reference system 0 : the effect of clock losing and ruler contracting of any material system in motion with respect to 0 is the objective real physical change ( the real effect ) of this material system in motion, and the physical time and space ( the effect of motion ) is the unity of opposites between the external form of relativity correctly described by the special theory of relativity and the absolute internal essence with the objective sole existence of 0 as the basic marking, points out the errors of the general theory of relativity from the results above and the basic facts of gravitational field, and expounds the gravitational field is a real - time hollow field of motion in essence, and the physical time and space is the unity of opposites between mutually perpendicular images of void and real time and space of 4 dimensions each, understanding the absolute essence of the lorenz effect or not is the demarcation line between new and old views of time and space, and sets forth the theoretical gist of the time and space views of unity of opposites and the internal unity among the macroscopic level and straight time and space, the bent time and space in gravitational field, and the superimposed time and space in guantum state

    揭示了絕對參照系0唯一存在的客觀必然性：任何物系相對於0的「運動鐘慢、尺縮效應」 ，都是該運動物系客觀上具有蹬真正的物理變化（ 「真實效應」 ） ；進而揭示了物理時空（運動效應）是具有狹義相對論所正確描述了的相對性外部形式和以0客觀上唯一存在為基本標志的絕對性內在本質的對立統一運用上述結果和引力場的基本事實，論證了廣義相對論的錯誤；闡明了引力場本質上是一種實時虛空運動場；揭示了物理時空是互為正交映象的虛實各四維時空的對立統一闡明了對洛侖茲效應絕對性本質的認識與否，是新舊時空觀的分水嶺；闡明了對立統一時空觀的理論梗要和宏觀平直時空、引力場彎曲時空與量子態卷迭時空之間的內在統一性
  4. Then the characteristic and estimation approaches of two important time variant parameter ( tvp ) and state dependent parameter ( sdp ) models are presented and the efficiency of the dbm method is illustrated by three examples based on the analysis of duffing equations, lorenz equations and time - variant equation, in contrast with other methods

    本文首先總結了dbm在常規黑箱辨識演算法中的基本框架和兩類重要模型?時變參數（ timevariantparameter ， tvp ）模型和狀態依存參數（ statedependentparameter ， sdp ）模型的特點及其估計演算法。
  5. Chaos synchronization control algorithm for generalized lorenz system and generalized

    系統混沌同步控制演算法
  6. Lorenz took the rap, and the boss was taking care of him.

    洛倫茨挨罵，當替罪羊，而老闆則給他照顧。
  7. Researches in component values and chaotic waves of lorenz circuits

    羅侖茲混沌電路元件值與混沌圖形研究
  8. The proof of the second entropy invariants of lorenz map

    映射第二類熵不變式的證明
  9. The characteristics of each rainbow for an inhomogeneous particle are studied here using lorenz - mie theory. the relation of the positions of airy peaks to each order rainbow with the profile of refractive index is simulated and discussed, which is compared with the results simulated by ray tracing theory

    本文還利用lorenz mie理論分析了非均勻球粒子各階彩虹的強度和頻譜分佈特點，利用ifft方法重建了各階彩虹的強度分佈；分析研究了各階彩虹的airy峰角位置與折射率分佈的關系，並與非均勻粒子射線追跡理論的模擬結果進行比較。
  10. The simulation of debye theory and the experimental results can prove the results obtained. the relation of ripple frequency of the second rainbow with the diameter of particle is simulated by lorenz - mie theory, and used in particle sizing with high precision

    利用lorenz mie理論模擬了均勻粒子二階彩虹的ripple頻率與粒子直徑的關系，獲得了ripple頻率與直徑的經驗公式，並用於粒子直徑的實驗測量中，測量精度很高。
  11. Linear state feedback control for lorenz system

    系統的線性反饋控制
  12. In this paper the ccebc is applied in the analysis of one - mass - spring system and the switches between the left and right centers in the lorenz strange attractor. quantitative indices are introduced and good results are got from sensitivity analyzing

    本文先後將ccebc用於分析單彈簧系統的有界穩定性及類lorenz系統圍繞左右兩個中心的切換，引入量化指標，並進行靈敏度分析，得到了良好的結果。
  13. Second, the bar of the frequency - distribution and the curve of lorenz and the g coefficient are talked about the spatial distribution of day to day precipitation. the results show that the heterogeneous of day precipitation is strong on every day in a year. the spatial distribution model is left skew all in four seasons and it is different from the monthly precipitation

    其次利用全國700個測站逐日降水資料的空間分佈頻數直方圖及洛倫茲曲線和基尼系數闡述了我國逐日（ 24小時）降水非均勻性的事實，直方圖顯示全國范圍內逐日降水的水平空間分佈型在四季都是一種明顯左偏態型，與月降水量的水平空間分佈型略有不同；基尼系數值的月際變化也與月降水量的變化相反。
  14. R. d. lorenz and d. b lawson, " performance of feedforward current regulators for field - oriented induction machine controllers ” ieee trans. ia, vol. 23, no. 4, 1987

    吳捷，姜智堅.感應電機調速系統新型滑動模解耦與自校正控制.中國電機工程學報1999 （ 1 ）
  15. In his case, the pattern was the butterfly shaped attractor now known as the lorenz attractor

    在他的例子里，模式是蝴蝶形吸引器，就是現在熟知的洛倫茲吸引器。
  16. Performance - oriented controller synthesis is also discussed and muti - objective controller can be designed based on it. lmi design methods for robust controller, h controller and robust h, controller of the stochastic t - s systems with unmodeling uncertainties are introduced. finally, various controllers developed in this dissertation are applied to lorenz chaos system with random perturbations, and compared with traditional controllers

    本文第二部分研彝雄舞具有隨機參數擾動的模糊系統穩定性分析和控制堿，將t ， s _瞬娜事鉀控制理論的現有成果推廣至隨機t - s咖系終主要成果有二黃申了拿葬摧
  17. Fine layer structure of the orbit distribution in lorenz attractor

    洛倫滋混沌吸引子軌道分佈精細嵌層結構
  18. On the base of achieved research production, the following study aspects are carried through in this thesis : 1 ) in allusion to lorenz chaos circuit, the relation of circuit equation ' s parameters to elements " values is put forward, as a result, that whether the circuit engenders chaotic phenomenon can be easily estimated. with respect to the chua ' s circuit, a simulated inductor is designed, chua ' s circuit is also improved by means of simulated inductor, and then, it becomes very easy to make chua circuit apply to practical engineering

    本文在分析了已有研究成果的基礎上，進行了以下方面的研究： 1 ）針對lorenz混沌電路，給出電路方程參數與元件值之間的關系，可以從元件數值判斷電路是否產生混沌現象；針對目前研究最廣泛的chua電路，利用模擬電感改進了chua電路，便於電路的工程實現。
  19. Twenty - five years ago, konrad lorenz and the scientists karl von frisch and nikolaas tinbergen were awarded the nobel prize for medicine

    25年前，康拉德?洛倫茲與科學家卡爾?馮?弗里希和尼古拉斯?丁伯根一同榮膺諾貝爾醫學生理學獎。
  20. 1973 konrad lorenz austria 1973 nikolaas tinbergen netherlands

    1973年康拉德勞倫茲奧地利
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