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called system
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  即所谓的系统
     :Due to the advance of IC technology,now a complex electronic system can be integrated in a chip called system on chip (SOC).
     集成电路制造技术的迅速发展,已经可以把一个完整的电子系统集成到一个芯片上,即所谓的系统芯片(SOC:System on Chip)。
短句来源
     Due to the development of 1C technology,now a complex system can be integrated in a chip called system on chip(SoC).
     集成电路制造技术的飞速发展,现在已经可以把一个完整的电子系统集成到一个芯片上,即所谓的系统级芯片(SoC)。
短句来源
     Due to the development of IC technology, now a complex electronic system can be integrated in a chip called system on chip (SoC).
     集成电路制造技术的迅速发展已经可以把一个完整的电子系统集成到一个芯片上即所谓的系统级芯片 (Sys tem on Chip ,简称SoC)。
短句来源
  “called system”译为未确定词的双语例句
     The plasmid pTZ22 could be transferred by cellular fusion from E. coli C600 (pTZ22) (TcrAprRmr) into B.subtilis Ki-2-132 (SmrThr-Val-Ile-) (called system A) and from B.subtilis Ki-2-132 (pTZ22) (Kmr) into E. coli C600 (called system B).
     在大肠杆菌C600(pTZ22)(Km~rTc~rAp~r)和枯草杆菌Ki-2-132(Sm~rIle~-Thr~-Val~-)(简称A系统)以及在枯草杆菌Ki-2-132(pTZ22)(Km~r)和大肠杆菌C600(简称B系统)菌株之间,通过细胞融合,从两个方向转移pTZ22。
短句来源
     It contains two main parts:In the first part, the design method and design flow of FPGA are summarized, taking the example of Xilinx's FPGA, and on a basis of it, a new design manner for fast development called System Generator is introduced, which provides the designer of digital signal processing system with a top-down resolvent of FPGA。
     第一部分以Xilinx公司的FPGA为例,总结了FPGA设计的基本方法及设计流程,并在此基础上介绍了一种用于产品快速开发的设计方式—基于System Generator的设计方式,这种设计方式向数字信号处理系统的设计者提供了自上而下的FPGA解决方案。
短句来源
     IC's rapid development into sub-micro technology enables a system or a subsystem to be integrated into a chip, which is called system on chip (SOC).
     随着集成电路芯片生产工艺向深亚微米发展,已可以使一个系统或一个子系统集成在一个芯片上,称为系统集成芯片(System on Chip)。
短句来源
     In phase measurement profilometry, it is necessary to establish the phase-height mapping,which is called system calibration.
     在相位测量轮廓术中,需要建立空间相位分布和高度坐标之间的映射关系,这一过程又称为系统校准。
短句来源
     The other way is by simplifying the structure of action to promote efficiency of action, which is also called system of perfecting summary procedure.
     二是通过简化诉讼结构提升诉讼效率即完善简易程序制度。
短句来源
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  相似匹配句对
     is called the k-U
     称 为k-U统计量,其中g(x1,…,xm)是一对称函数,k为小于等于n的自然数,k可能依赖于n.
短句来源
     which was called "G. W. S. "
     W. S.
短句来源
     That system on .
     该系统基于.
短句来源
     SYSTEM
     系统
短句来源
     It is called here n:k (G)/m system.
     称这种系统结构为n∶k(G)/m系统。
短句来源
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  called system
The simulation and FPGA implementation process using a recent system level design tool called System Generator? for DSP described.
      
However, in a structure with a number of elements, two different effects (called system effects) can be found:
      
This paper introduces two inference rules for effecting conjunctive and disjunctive absorption and compares the resulting logical system, called System Y, to axiom System P.
      
The shell game called system rationalization: the politics and economics of retrenchment in the Ontario university system
      
Moral systems must influence the real human communicites; with respect to concrete situations within which an individual will have to take decisions a so-called system of defeasible deontic logic will be needed.
      
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The plasmid pTZ22 could be transferred by cellular fusion from E.coli C600 (pTZ22) (TcrAprRmr) into B.subtilis Ki-2-132 (SmrThr-Val-Ile-) (called system A) and from B.subtilis Ki-2-132 (pTZ22) (Kmr) into E.coli C600 (called system B).Resistance of fusion products to Sm Km (system A) and resistance to Km Tc Ap (system B) were obtained.The frequency of fusion were 10-4-10-6 The resistance of fusion products is stable.The shape of colonies and character of physiology of fusion products were...

The plasmid pTZ22 could be transferred by cellular fusion from E.coli C600 (pTZ22) (TcrAprRmr) into B.subtilis Ki-2-132 (SmrThr-Val-Ile-) (called system A) and from B.subtilis Ki-2-132 (pTZ22) (Kmr) into E.coli C600 (called system B).Resistance of fusion products to Sm Km (system A) and resistance to Km Tc Ap (system B) were obtained.The frequency of fusion were 10-4-10-6 The resistance of fusion products is stable.The shape of colonies and character of physiology of fusion products were the same as that of receptor.The strains all had the belt of plasmid DNA in electrophoregram except receptors,and the electrophoregram of plasmid DNA of system A was the same but that of system B was different,the cause of which is atill not known.The transforments were obtained by plasmid DNA to transform C600 and Ki-2-132.Our conclusion is that cells of 0600 and Ki-2-132 could be fused each other and plasmid pTZ22 could be transferred by fusion of cells in two directions.The pro-teinase of B.subtilis Ki-2-132 did not obstruct cellular fusion and plasmid transfer.

在大肠杆菌C600(pTZ22)(Km~rTc~rAp~r)和枯草杆菌Ki-2-132(Sm~rIle~-Thr~-Val~-)(简称A系统)以及在枯草杆菌Ki-2-132(pTZ22)(Km~r)和大肠杆菌C600(简称B系统)菌株之间,通过细胞融合,从两个方向转移pTZ22。A系统获得一批抗Km Sm融合子,B系统获得一批抗Km Ap和Tc的融合子,融合频率为10~(-4)—10~(-6)。融合子的抗性是稳定的,并且革兰氏染色、产酶和产孢匦与不带质粒的亲本相同。DNA的电泳图证明,除了不带质粒的亲本无质粒带外,其它菌株都有质粒带,A系的电泳相同,B系的则不同,原因尚不清楚。用融合子的质粒DNA转化ki-2-132和C600都获得了转化体,其转化频率因实验条件不同而有差异。以上结果表明,大肠杜菌和枯草杄菌细胞之间能够相互融合,通过融合能从A、B两个方向转移质粒pTZ22,枯草杆菌的蛋白酶不阻碍细胞融合和质粒转移。

According to the dissipative structure theory conceived by the Belgum Brussells school led by Prigogine, the soil treated as an open irreversible non-equilbrium systems, it might necessary to have energy flows into or out of the soil systems during fertility process so that we could write for the differential change in entropy: Ds=Dis +Des where Dis is due to changes within the system and Des is due to flow of energy into the system from the exterior. The soil systems is an open system, substances and energy...

According to the dissipative structure theory conceived by the Belgum Brussells school led by Prigogine, the soil treated as an open irreversible non-equilbrium systems, it might necessary to have energy flows into or out of the soil systems during fertility process so that we could write for the differential change in entropy: Ds=Dis +Des where Dis is due to changes within the system and Des is due to flow of energy into the system from the exterior. The soil systems is an open system, substances and energy may be added or removed from it, we can see the phenomenon of soil fertility as the Benard effect in the hy- drodyuamics of a heated fluid, there dissipative structure appears only when the system is reacting far from equilibrium. Considerable flow of energy along the input gradient in the systems provides the possibility for a dissipative process to occur, which maintains the interior of the system is the form of energy and mass flow that is far moved from equi(?)brim or even from the steady form of energy transformation. Soil fertility is a dynamic process which includes nonlinear steps, the value of soil fertility would not become synonymous of soil physical and chemical properties but depends on the forms of soil management varies with different crops and climats, it is a total function of the whole solum-plant-environment system the concepts of which are different from the classical concepts of pedology; in author's opinion, the classical pedology is not true soil science but solum science. According to the theory of dissipative structure, the change of soil fertility may be mathematically defined as follows: (dx)/(dt)=F x+Gu where dx/dt denotes the change of soil fertility, F→ denotes the structure states of the systems and G→ denotes the input of energy, if maintain the systems structure constant the soil fertility only depends on the input of energy, it means that the spaitial distribution of agricultural soil fertilty is not randomized but depends on the local position and energy sources, men are energy sources, so the fertility of agricultrual soils was related to the density of population, this may be reconized as a population soil fertility law. Soil systems are dissipative structures either in spatial distribution or in time sequence, and the electrode electric current could use as an index of vibration of soil—fertilizing factors. The concept of soil entropy was proposed out in this paper. The concept of entropy production in soil systems which is the site of irreversible process and plays an important role in non-equilibrium systems. The increase in entropy means decrease in order or increase in disorder, it is possible to obtain a quantitative relation between entropy and soil fertility.More concepts such as soil automatic control function and the law of yield worth feedback of soil fertility which were also proposed out, the disscusion of these definitions has been given in detail in this paper. All of these new concepts are used to develop a new science so-called system pedology and the dissipative structure theory which is the theoretical basis of this new science. If we want to apply soil science to prat(?)tive better, we shall need to formulate this new science.

本文应用Prigogine提出的耗散结构理论于土壤肥力研究,指出土壤乃是一个开放的、非均匀和非平衡的、以不可逆热力学过程为特征的系统。它不仅在空间上是一个耗散结构,而且在时间上和功能上都是一个耗散结构。作者提出了土壤肥力的人口定律,指出农业土壤肥力是人口密度的函数。人口密度在空间上的不均匀分布,决定了农业土壤肥力的不均匀但有规则的分布。在时间上做为一个耗散结构,则可用植物—土体系统电极电流随时间的振荡做为一个说明。文中提出了土壤熵的概念,指出土壤中物质能量的聚散同结构有序度的联系。提出了简化的土壤肥力系统分析的数学模型,说明土壤肥力的变化被决定于系统的结构状态和能量的输入。作者区别了土体肥力性质和土壤肥力的概念,认为土壤肥力不是各种土体肥力性质的线性叠加,而是土体一植物一环境系统整体功能的表现。文中讨论了土壤肥力自动调节的概念,土壤对外界环境条件变化之适应,被认为是土壤系统自组织化或自动调节功能之本质。文中还提出了土壤肥力产值反馈的概念,并讨论了耗散结构理论应用于土壤肥力研究对发展土壤科学和服务于生产的实际意义。

This paper offers an assumed model called System weighted Average Tranafer Function of a linear vibration system to identify the complex modal parameters by using multi-point measured frequency data.The principle is simple and the identification time is short.The method presented in this paper possesses higher accuracy and more advantages than Single-point identification.The validity of the method is proved by means of computer simulation and model tests.

本文提出用多点频响函数来识别系统的复模态参数,建立了系统加权平均传递函数的假设模型。原理简单,运算速度快,精度较高,具有比单点识别更多的优越性。通过计算机模拟实验和模型实验,表明了本文方法的正确性。

 
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