science dynamics 中文意思是什麼
science dynamics
解釋
科學動力學-
This dissertation studies the problem of dynamics modeling, dynamical response, and distribution of moving mass for a re - entry vehicle ( mmcrv ) under the background of national natural science fund project “ precision control and guidance for moving mass control of a re - entry vehicle based on the virtual displacement concept ”
本論文以國家自然科學基金項目「基於虛位移概念的變質心再入飛行器精確制導問題研究」為背景，研究基於變質心控制的再入體動力學建模、動力學響應和落點分佈等問題。 -
In this paper, the in - depth study on the evolution of information support system is carried out applying the theory of systematical dynamics and economics through four dynamic elements, those are the advance of science and technology, the development of economy, the management mode and the need of the custom, the different information support systems for all kinds of production model are summarized, and the four dynamical elements and distinctive operation environment are mainly discussed, and the features are analyzed : it is a multi - organization information system which is driven by the information of the customer ' s needs
論文運用系統動力學、經濟學等理論，深入地研究了信息體系發展的動力模型，指出經濟發展是驅動力、管理方式是原動力、技術進步是推動力、顧客需求為拉動力，共同作用導致信息體系的演進。在綜述不同生產方式下應用的信息支撐體系的基礎上，重點分析了支撐mc運作的信息支撐體系的四種動力和具體運行環境。從而界定了該系統的性質和特點：跨組織信息體系以及客戶個性化需求信息驅動的信息體系。 -
Learning society may be abstracted as social innovation system, life - long education system and social runing system. these three systems constitute learning force, and science and technology promote the formation of learning society by acting on the learning force. based on the analysises of models, the fourth part analyses the enlightenment the dynamics mechanism of science and technology promoting the formation of learning society has on humankind ' s development, and points out that learning society is a necessary result of the development of science and technology, so, mankind should pay great attention to science, technology and education, and pay great attention to coordinated development of society and science and technology when building learning society, as a result, ma
科技的推動，終身教育、終身學習的發展使學習型組織的出現成為必然；論文的第三部分建構學習力模型和科技動力模型，學習型社會可以抽象為社會創新體系，終身教育體系和社會運行體系，這三個體系構成社會的學習力，科技通過對學習力的作用推動學習型社會的形成；論文的第四部分在模型分析的基礎上，分析了推動學習型社會形成的科技動力機制對人類發展的啟示，指出學習型社會是科技發展的必然結果，人類應該重視科技和教育，在創建學習型社會時要注意科技發展和社會發展的同步，使人類走上科技與社會協調發展的道路。 -
In this thesis, the system dynamics and evaluated index system was used to study the planning of zhuozhou agricultural science and technology park, which will have much significance both in theory and real practice
本文試圖運用系統動力學及指標評價的方法對涿州農業科技園區的規劃進行研究，在理論和實踐都具有一定的意義。 -
Basing on the requirement of the project supported by chongqing science and technology committee, the study and development on original non - frictional and sequential operation ' s stepless speed regulator, the author has made some analysis to the physical principle and speed adjustment principle. in addition, as the main part of stepless speed regulators, the transformer was more concerned in the study. after probing the creation of its structure principle, this paper reveals its structure and dynamics rule, and creates a dynamics model and synthesis model of transformer
根據重慶市科委技術攻關項目《新型非摩擦式連續作用機械無級變速器的研製與開發》的要求，對該無級變速器的工作原理、調速原理及工作性能進行分析，並著重對無級變速器的核心部件轉換器進行分析，對其結構原理創新進行深入的探討，揭示了其結構及運動學的實質；建立了轉換器的運動學模型和綜合模型；對以轉換器這類以連桿作為輸出構件的曲柄搖桿機構的運動規律及其影響因素，首次進行了較深入、系統的分析研究，得出了一系列以連桿作為輸出構件的曲柄搖桿機構的運動規律。 -
Her research areas cover the mechanisms and dynamics of machinery, biomedicine engineering. among her research work, there are national key projects, projects of the national natural science foundation of china
郝智秀現任清華大學精密儀器與機械學系副系主任，負責全系本科、研究生教學管理工作。 -
Based on the study of zhuozhou agricultural science and technology park " planning, the system dynamics was utilized to establish programming project simulation, and the different results of park development by different scale of investment was predicted through emluator
在此研究基礎上，運用系統動力學建立了涿州農業園區規劃方案優選模型，通過此模型的計算機模擬模擬，預測出各種不同投資配比對農業科技園區發展產生的不同結果。 -
The found of enterprise economics, realize the convert of economics science form, bring - forward the basic of enterprise for conformity in the macroeconomics and microeconomics, worth economics and humanity economics, static economics and dynamics economics, form economics and development economics, attribute economics and knowledge economics, bring - forward the method as the economics for core to integration the philosophy, administration, behavior of science sociology, criterion and develop the enterprise practice, there are important worth in the theory and the reality
創業經濟學的創立，實現了經濟學科學範式的轉換，提供了以創業為基礎對宏觀經濟學和微觀經濟學、價值經濟學與人性經濟學、靜態經濟學與動態經濟學、結構經濟學與發展經濟學、物質經濟學與知識經濟學進行整合的框架，以經濟學為核心對哲學、管理學、行為學、社會學等進行綜合的方法，規范與推動了創業實踐的發展，有重大的理論和現實意義。 -
After putin is in power, has increased the economical reform dynamics, fully uses the russian original science and technology resources, in under the preserved science and technology potential premise, supports the high tech industry with emphasis the development, the positive exploration, enhances russian diligently the technical level
普京執政以後，加大了經濟改革力度，充分利用俄羅斯原有的科技資源，在保存科技潛力的前提下，重點扶持高科技產業的發展，積極探索，努力提高俄羅斯的科技水平。 -
The emphasis of the mechanical engineering programme in the first two years is on the fundamental engineering science subjects such as thermodynamics, fluid mechanics, electrical electronics engineering, mechanics of solids, material technology, design, dynamics and control which are accompanied by the complementary studies in various disciplines. students have the opportunity to select
學生除學習與機械工程有關的基本學科外，更可選擇有關的應用科目，如：機器人機電一體化材料科學空氣和噪音污染能源工程輪機工程航空工程製造技術設計和自動控制等。 -
Modeling power electronic circuits with chaotic dynamics can help us to learn more about dynamic behaviors of power electronic circuits, which is beneficial to engineering design. on the other hand, power circuits will supply instances for the study of nonlinear science, which, as a result, can also contribute to the development of nonlinear science
一方面，利用混沌動力學能夠對電力電子電路的行為進行更為深入、準確、全面的了解，從而便於進行工程設計；另一方面，電力電子電路也為混沌動力學等非線性科學的研究提供了實例，從而也會推動非線性科學理論本身的發展。 -
In this paper, the spatial operator algebra theory has been dissertated systemtly it is the great contribution to project, science and appled mathematics for the multibody system dynamics based on the spatial operator algebra. it compared mechanics with cebernetics, signal process and other relevant subjects, and find out their common points, and applicated the algorism structure developed by kalman and riccati to the resolvation of multibody system dynamics, and realized the mutual penetrate from mechanics to cebernetics. in the future, such penetrate will be strengthened more, so which will form the ideal and unitive base of mechatronical project subject
本文系統地論述了空間運算元代數理論體系，基於空間運算元代數的多體系統動力學是對工程、科學和應用數學的重大貢獻，它通過比擬力學和控制以及信號處理等相關學科，找出這些學科的共同點，把kalman ， ricatti等發展的計算結構和方法應用到多體系統動力學解算，實現了力學與控制學科的相互滲透，在將來通過不斷深入研究，這種學科的交叉與滲透必然會進一步加強，由此可進一步奠定機械電子工程學科完美統一的理論基礎。 -
Use of statistical, quantum chemical, molecular dynamics, monte carlo, mesoscale and continuum methods to study fundamental physical phenomena encountered in the fields of computational physics, chemistry, mechanics, materials science, biology, and applied mathematics
運用統計、量子化學、分子動力學、蒙地卡羅、介觀尺度和連續介質方法，研究在計算物理、化學、力學、材料科學、生物學及應用數學中遇到的基本物理現象。 -
Amb is one of the advanced technology, and the research come down to electromagnetics, control theory, mechanics, rotor dynamics and computer science, and so on
主動磁軸承技術是一種高新技術，其研究涉及到電磁學、控制理論、機械學、轉子動力學以及計算機科學等多個學科的知識。 -
Active magnetic bearing ( amb ) is one of outstanding technology, and the research come down to electromagnetic, control theory, machine, rotor dynamics and computer science, and so on
主動磁軸承技術是一種高新技術，其研究涉及到電磁學、控制理論、機械學、轉子動力學以及計算機科學等眾多學科的知識。 -
Mstc, set the same goal, stand at the forefront of science, follow the scientific dynamics, and transfer the knowledge to new members
他們，承載共同的目標，站在科學前沿，追隨科學動態，並將知識傳遞于新一批優秀成員。 -
With the development of science and technology and the advancement of our society, many complex systems appear in various fields including traffic transportation, aviation scheduling, engineering technology, etc. these systems usually contain both continuous dynamics and discrete dynamics, and thus are called hybrid dynamical systems
隨著科技的發展、社會的進步，在交通運輸、航空調度、工程技術、生物生態學等領域出現了許多復雜的系統。這些系統往往既包含連續型動態又包含離散型動態，因而稱之為混合動態系統。 -
The branch of science that deals with the dynamics of fluids, especially incompressible fluids, in motion
我們通常認為氣體是可壓縮的，液體是不可壓縮的。 -
In this scenario, computational fluid dynamics ( cfd ) as a typical science computation domain will shift to distributed computation. such a distributed cfd system exhibits autonomy, interactivity, heterogeneous, dynamic scalibility
網路上可用分佈資源的自主性與動態可伸縮性，及分佈求解策略的自主性與動態性，都對cfd應用軟體提出了新的要求。 -
Most of partial differential equation arising from physical or engineering science can be formulated into conservation form : it directly reflects conservation laws in natural sciences. from viewpoints of fluid dynamics, it can be obtained from the mass, momentum, energy conservation laws. because the form ( 0. 2. 1 ) has no other terms such as dispersion, diffusion ( caused by nonuniformity of some physical states ), reaction, memory, damping and relaxation etc, smoothness of solution of ( 0. 2. 1 ) may be loss as times goes on. even for the smooth inital data, solutions of ( 0. 2. 1 ) become discontinuous in a finite time
由於雙曲守恆律（ 0 . 1 . 1 ）沒有其它項，如色散（ dispersion ） ，擴散（ diffusion ） （某物理量分佈不均勻引起的輸運） ，反應（ reaction ） ，記憶（ memory ） ，阻尼（ damping ）及鬆弛（ relaxation ） （描述非平衡態）等，而僅有輸運或對流項（ convection ） （由於流體的流動引起的輸運）時，守恆律（ 0 . 1 . 1 ）的解失去光滑性（這里不特殊說明守恆律就指該意義下） ，甚至即使光滑的初始數據，解隨著時間的發展會變成不連續，這在物理上表現為激波的形成。
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