ks system 中文意思是什麼
ks system
解釋
裝卸貨的一種改良方式（在船體中心線有一弔桿在支索中部有平衡重裝置- system : n 1 體系，系統；分類法；組織；設備，裝置。2 方式；方法；作業方法。3 制度；主義。4 次序，規律。5 ...
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And the kinetic parameters of mn ( iii ) / mn ( ii ) redox process were calculated to be ks = 1. 771 10 - 4cm ? s - 1, io = 4. 801ma ? cm - 2 and = 0. 234. the value of ks is sufficient to warrant further study to improve the reaction rate and to assess the feasibility of this couple as positive half - cell in a redox - cell system
Mn （ ） / mn （ ）體系在鉑盤電極上的標準速率常數ks的值說明可進一步研究來提高其反應速率，從而將mn （ ） / mn （ ）電對作氧化還原液流電池的正極材料。 -
Ks system knock sensor sysetem
敲缸傳感系統 -
The steps and goals to build ks are also presented. thirdly, after the theoretical analysis of kss, it concludes the goals and drivers and gives an illustration of two main patterns to create and accumulate knowledge : cross transition patterns of tacit and explicit knowledge, and architectural and component knowledge, then suggests that the push and pull interaction based on sense and respond pattern is the general pattern of kss. it designs a measurement index system for knowledge stock and develops a bp artificial neural network to stimulate the knowledge stock and its structure
再次，論文在追溯了企業知識專門化的理論淵源之後，總結了企業采納知識專門化戰略的目標和動因，論述了企業創造和積累知識的主要模式? ? 「隱性? ?顯性知識」和「構架? ?元素知識」的交互轉化模式，提出了基於「感測與響應」的「推拉」互動模式是企業知識專門化戰略的一般模式，設計了一套企業知識存量的評價指標體系，並構造bp人工神經元網路對企業知識存量進行了模擬，對其知識存量及結構進行了比較分析。 -
In this paper, the second chapter introduces the reducing idea of inertial manifolds and approximate inertial manifolds, and discuss th e similarity reduction of ks equation. the third chapter introduces the basical idea and theory of the exact linearization controlling, then use this methods to control chaos of an ordinary differential system chen equation and apply the exact linearization controlling method to control the chaotic behaviours, i. e. controlling the chaotic states to steady states
本文第二章介紹了無窮維動力系統的慣性流形與近似慣性流形的約化思想，並討論了ks方程的直接約化方法。第三章介紹了精確線性化控制方法的基本思想和理論根據，並應用精確線性化控制方法對具有典型混沌動力學行為和性質的一個常微分系統chen方程進行混沌控制，將chen方程的混沌狀態控制為穩定狀態。 -
The fourth chapter applies the exact linearization controlling method to control the approximate inertial manifolds of a partial differential system ks equation. this method can control the chaotic states into steady states and also can control the steady states into circle solutions. the chen equation and ks equation both have typical dynamical behavior and dynamical character
第四章中應用精確線性化控制方法對無窮維動力系統ks方程的近似慣性流形進行混沌控制，可以將傳統近似慣性流形下的混沌狀態控制為穩定狀態，也可以將穩定近似慣性流形下的穩定狀態控制為周期解。
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