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   view of system 的翻译结果: 查询用时:0.193秒
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自然科学理论与方法
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view of system
相关语句
  系统观
     it is an important trend and method that we understand and describe the process of technologyinnovation diffusion with the view of system and evolution theory. In this papef, technology innovation diffusionsystem and its context are defined first, and then the evolution characteristics and self-organization evolutionprocess of technology innovation diffusion system are demonstrated.
     从系统观和演化观上认识和描述技术创新扩散过程,是一种重要的研究方向和方法.本文运用系统理论,在定义技术创新扩散系统与环境基础上,讨论了技术创新扩散系统的演化特征和自组织演化过程.
短句来源
     The ruling capability of the political Party is systematic, and thus the construction of the ruling capability of the Chinese Communist Party should stick to Marxist view of system.
     政党的执政能力具有系统性,中国共产党的执政能力建设要坚持马克思主义的系统观
短句来源
     On the View of Complexity Surpassing the View of System
     超越系统观的复杂性观
短句来源
     Therefore we understand the essence of granule qualitatively and quantitatively from the view of system to achieve more excellentclassification.
     从而在相关泛系理论的指导下,从系统观的角度,定性和定量地认识粒的本质,以实现更好地分类。
短句来源
     The view of complexity has surpassed the view of system, representing a new step surmounted by scientific methodology.
     复杂性观超越了系统观 ,代表着科学方法论跨上的一个新台阶。
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  系统的观点
     From view of system science, the author gives base to evaluation by establishing appraising index system for hospital.
     本研究从系统的观点出发,通过科学方法建立符合军队医院特点的综合评价指标体系和权重系数,为综合评价结果建立了基础。
短句来源
     Starting from view of system and based on the basic principle of non linear control for reference model,the self adaptive control rule in iterative inversion process of conjugate gradient method has been derived,which automatically controls the inversion process.
     从系统的观点出发 ,根据参考模型非线性控制的基本原理 ,本文导出了共轭梯度法迭代反演过程中的自适应控制规律 ,从而对反演过程进行了自动控制。
短句来源
     In the view of system,the function analysis method,which is one of the modern mechanical system design methods,has been adopted to analyze and design the equipment.
     以系统的观点,采用功能分析法这一现代机械系统设计方法进行分析设计.
短句来源
     In the view of system analyzing the functions,having adopted fuzzy synthesized evaluation method, which is one of the modern mechanical system design methods, analyzed and designed the equipment.
     以系统的观点进行功能分析,最终采用模糊综合评价法这一现代机械系统设计方法进行决策。
短句来源
     The analysis of the distance protection from the point of view of system constructions, its functional and mathematical models, and its "function (logic)- information-time order" constructions are presented in the first part of this paper.
     文章分两部分,第(Ⅰ)部份从系统的观点分析距离保护,提出距离保护系统的功能数学模型和逻辑—信息—时序结构描述;
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  制度的角度
     In view of system,there will not be modern democracy without election system.
     从制度的角度而言,没有选举制度就没有现代民主政治。
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  “view of system”译为未确定词的双语例句
     Basic Research on Environment Construction from View of System Theory
     从系统观点看基础研究的环境建设
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     From the view of system science, an evaluation index system of balanced development based on system function and efficiency is proposed.
     从系统科学的视角,提出基于系统功能和效益(率)的系统发展状态评价指标体系,作为评价区域经济环境系统协调发展状态的依据;
短句来源
     To Analyze Development of China Automotive Industry from the Point of View of System
     从系统的角度分析中国汽车工业的发展
短句来源
     Education Innovation Mechanism in View of System Science
     从系统科学看教育创新的机制
短句来源
     From the point of view of system analysis, principles of secondary voltage control (SVC) are elaborated in the paper.
     从系统分析的观点阐述了二级电压控制的基本原理 ,说明了在电力系统联系日趋紧密的情况下 ,相邻控制区域间的相互关联对二级电压控制效果的影响。
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  view of system
Under global view of system that the variable fuzzy sets method is presented to set up comprehensive evaluation model for flood-control engineering system (FCES).
      
Many problems in adaptive filtering can be approached from the point of view of system identification.
      
This overview examines structural analysis from the point of view of system engineering in order to state the latest results, to mention the available modern tools, and to present some future developments.
      
It is essential to study it by the component analysis method from the view of system science.
      
This paper analyzes cache coherency mechanism from the view of system.
      
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In the application of fluidization to chemical metallurgy, many processes involve the transport of heat and mass both inside a particle and between the particle and the surrounding fluid. The term, mixed specific resistance, R′(R′=Nu′=hD_p/k_s and R′=Sh′=h_DD_P/D_s for heat and mass transfer, respectively), is proposed, through which, by means of the curve shown in Figure 2, it is possible to estimate the fraction of total resistance due to transfer inside the particle, thus permitting one to ascertain whether...

In the application of fluidization to chemical metallurgy, many processes involve the transport of heat and mass both inside a particle and between the particle and the surrounding fluid. The term, mixed specific resistance, R′(R′=Nu′=hD_p/k_s and R′=Sh′=h_DD_P/D_s for heat and mass transfer, respectively), is proposed, through which, by means of the curve shown in Figure 2, it is possible to estimate the fraction of total resistance due to transfer inside the particle, thus permitting one to ascertain whether or not a given transport process can be effectively hastened by dilute-phase technique.The effectiveness of dilute-phase technique in accelerating transport processes is primarily due to the unique characteristics of its particle-fluid dynamics. After an analysis on the fixed bed, a single particle in a fluid, and the dense—and dilute—phase fluidized systems, the present paper points out that a differentiation should be made between the local transfer coefficient and an apparent value based on the entire system. For densephase fluidization with gases, for example, the latter may be lower than the former by 2—3 orders of magnitude. This tremendous disparity is mainly caused by the back-mixing of both the particles as a group and of the fluid, as well as by the heterogeneous nonuniformity characteristic of may a particle-fluid system. Based on the present analysis, which is duly supported by experimental evidence, it is shown that dilute-phase technique can be used effectively to reduce back-mixing and to suppress the heterogeneous nature in nonuniform velocity fronts, thus raising the values of apparent transfer coefficients to the range of the local coefficients of the idealized single particle model. From the point of view of system pressure drop, too, dilute-phase fluidization represents much lower power consumption than the corresponding fixed bed or dense-phase operation.

在流态化冶金中許多过程包含顆粒內部和顆粒与其周围流体之間的传热和传貭,本文提出了一个混合对比阻力R′(对于传热和传貭分別为R′=Nu′=hD_P/k_s,R′=Sh′=h_DD_P/D_s),通过图2的曲綫来近似地計算顆粒內部传递过程占总传递过程阻力的分数,从而可以确定哪些过程可以有效地通过稀相技术来加速。稀相技术在提高颗粒—流体界面传递速度的显著效果有賴于稀相流态化中顆粒—流体的流动特点。本文分析了固定床、单顆粒和浓相、稀相流态化床中颗粒与流体的运动,并指出顆粒—流体间的传递系数可以分为局部的真值和系統的表观值两种,对浓相流态化床而言,后者可低于前者2—3个数量級。此巨大差别主要是由于顆粒羣的、流体的返混以及流速分布的非齐次性所致。根据分析和实驗数据,稀相操作是减少返混和降低流速分布非齐次性的有效措施,从而可以提高表观传递系数,使其接近于(甚至超过)单顆粒的理想数值。从系統压降的分析,稀相流态化的能量消耗亦将远远低于固定床和浓相流态化。

In this paper some problems concerning the linear time-invariant concentration computation method are discussed in terms of the view of system. The following results are obtained; i) The inqut of the system is represented by mathematical method; ii) Theoretical rela-tionships between concentration curves are derived; iii) Formulas used to cmpute the output of the linear time-invariant system are derived by means of the convoiution integral equation; iv) Relation-ships among the Rth moments...

In this paper some problems concerning the linear time-invariant concentration computation method are discussed in terms of the view of system. The following results are obtained; i) The inqut of the system is represented by mathematical method; ii) Theoretical rela-tionships between concentration curves are derived; iii) Formulas used to cmpute the output of the linear time-invariant system are derived by means of the convoiution integral equation; iv) Relation-ships among the Rth moments about centre for a linear timeinvariant system are derived in terms of the laplace transform; v) Basic conditions are presented in order to represent a linear time-invariant concentartion system a linear ordinary differential equation with constant coefficient.

本文讨论了作为线性时不变汇流系统的线性常系数常微分方程应满足的基本条件.提出了处理入流过程的具体数学方法.论证了汇流曲线之间的理论关系、出流过程的计算公式和线性时不变系统R阶中心矩之间的关系.

From the point of view of system analysis, the physical meaning of a mathematical model for stationary time series is discussed and the direct relationship between the Green function and inverse function is given. A method for determining the model's form and its order is suggested.

本文从系统分析角度讨论平稳时间序列的数学模型的物理意义,给出了模型的Green函数及逆函数的直接关系式;进而从应用角度提出了确定模型形式及其阶的一种方法.

 
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