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functional complexity
相关语句
  功能复杂性
     The Brain Functional Complexity Relevant to Cognition and Thinking
     与认知、思维相关的脑功能复杂性
短句来源
     Chapter five: the structural and functional complexity of urban geographical spatialsystem.
     第五章城市地理空间系统结构和功能复杂性
短句来源
     The next in order, it discusses the functional complexity ofurban system.
     其次,讨论了城市系统的功能复杂性
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  “functional complexity”译为未确定词的双语例句
     Human Apurinic/Aprimidinic endonuclease /Redox Factor-1 (APE1/Ref-1)is a paradigm of the functional complexity of a biological macromolecule.
     人类脱嘌呤/脱嘧啶核酸内切酶/氧化还原因子-1(APE1/Ref-1)是生物大分子功能复合体的一个范例。
短句来源
     Future mini-aircrafts, such as Micro Air Vehicle (MAV) and Nano-satellite, requires RF front-end modules with functional complexity, high density and low power consumption.
     随着微型无人机、微纳卫星的出现,迫切需要功能更强、集成度更高、功耗更低的微型集成射频模块。
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  相似匹配句对
     COMPLEXITY OF EEG IN DIFFERENT FUNCTIONAL STATES
     不同状态下脑电图复杂性探索
短句来源
     The Brain Functional Complexity Relevant to Cognition and Thinking
     与认知、思维相关的脑功能复杂性
短句来源
     the enhance of complexity.
     其复杂性(complexity)也在急剧地增加。
短句来源
     Complexity and Its Methodology
     复杂性及其方法论
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     On functional religion
     功能宗教学发微
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  functional complexity
As the functional complexity of modern design is increasing at a breathtaking pace, it is requisite to take observability into account.
      
During the point counting process that represents the dimension of a project or an application, each function is classified according to its relative functional complexity.
      
A Cross-Linguistic Speech Error Investigation of Functional Complexity
      
As the functional complexity of modern designs is increasing dramatically, it is necessary to take observability into consideration for coverage metrics.
      
A method to deal with the functional complexity of UMTS is provided.
      
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Lymphocytes are a ceil line with functional complexity and morphological similarity in the body. They are important cell components taking part ia the immunologic reactions and bear intimate relationship with the genesis of autoimmune diseases. Lymphocytes can be subdivided into T,B,K and K N cells and different subpopulations on the basis of the presence of different surface antigens, receptors and immunoglobulins on the surface of cell membrane as well as their functional differences in the immunologic...

Lymphocytes are a ceil line with functional complexity and morphological similarity in the body. They are important cell components taking part ia the immunologic reactions and bear intimate relationship with the genesis of autoimmune diseases. Lymphocytes can be subdivided into T,B,K and K N cells and different subpopulations on the basis of the presence of different surface antigens, receptors and immunoglobulins on the surface of cell membrane as well as their functional differences in the immunologic reactions. However, they can not be distinguished successfully by the existing morphological staining and microscopical techniques at present.Lymphocytes of ten different colors of fluorescence were demonstrated bylymphocyte suspension staining method established by us using a single fluo-rochrome thioflavine. With the use of immune-logical methods it was also shown that in the process of immunologic reactions four of them, i.e.,those with nucleus in orange-red and cytoplasm in yellow, nucleus in grayish yellow and cytoplasm in bluish green, nucleus in dark blue and cytoplasm in bright blue as well as nucleus in blue and cytoplasm in bluish fluorescence, could be differentiated into plasma cells being of identical colors of fluorescence with them, they are B cells. Further investigation is needed for the nature and classification of the 6 types of lymphocytes remained demonstrating different colors of fluorescence.The classification of lymphocytes, the problem whether the lymphocytes showing different colors of fluorescence are different types or different functional conditions in lymphocytes as well as the process of differentiation in plasma cells are discussed.

淋巴细胞是有机体内功能极为复杂而形态相似的一个细胞系,它们是参与免疫反应的重要的细胞成分,并与自身免疫病的发生有密切关系。根据细胞膜表面有不同的表面抗原、受体和免疫球蛋白以及它们在免疫反应中的功能不同,可以把淋巴细胞分为T、B、K和NK细胞以及不同的亚群。但现有的形态学染色方法和显微镜技术尚不能有效地区分它们。我们用自己建立的淋巴细胞悬浮染色方法,以一种荧光色素硫代黄素显示了十种荧光颜色不同的淋巴细胞,并结合免疫学手段进一步证明了在免疫反应过程中,其中四种淋巴细胞(桔红色荧光核黄色荧光胞质,灰黄色荧光核淡蓝绿色荧光胞质,深蓝色荧光核鲜蓝色荧光胞质和蓝色荧光核淡蓝色荧光胞质的淋巴细胞)可以分化为与它们荧光颜色相同的浆细胞,它们是B细胞。有关其它六种荧光颜色的淋巴细胞类型有待进一步探讨。此外,对淋巴细胞的分类和关于不同荧光颜色的淋巴细胞是不同类型,还是淋巴细胞的不同的分化阶段,或者是淋巴细胞的不同功能状态,以及浆细胞的分化过程进行了讨论。

Land cover changes are not simple processes. There are complex simultaneous patterns of land-cover change, ranging from modifications in land cover to conversions and maintenance. There is a functional complexity within types of land-cover change, and a structural complexity between types of land-cover change, both in terms of spatial arrangements and temporal patterns of change. Land-cover change needs to be measured in its complexity to fully understand it. It is important to differentiate...

Land cover changes are not simple processes. There are complex simultaneous patterns of land-cover change, ranging from modifications in land cover to conversions and maintenance. There is a functional complexity within types of land-cover change, and a structural complexity between types of land-cover change, both in terms of spatial arrangements and temporal patterns of change. Land-cover change needs to be measured in its complexity to fully understand it. It is important to differentiate between land cover and land use when measuring patterns of changes. Land-use/land-cover change is a kind of extremely complex phenomenon. For all researchers involving in the study to avoid the unilateralism like blind-person touching elephant, they should search a new synthesis of studies. Therefore, the traditional approach of land use study is not effective and new topics are needed to be further found. A generalized and comprehensive understanding is required for the drivers of land-use change. We need a network of case studies that represents the spatial heterogeneity of the region and a multi-level approach that allows for a linkage between regional and local scale land-cover dynamics. Case study comparison is a major tool to derive generalizations of land-use/land-cover change research. We should develop new methods in mathematical modeling, descriptive models, empirical study, systematic case study and mechanism study. Linking house-hold-level information to remote sensing data is becoming a major tool to increase our understanding of land-use dynamics. The drivers of LUCC are always present but interact differently according to the temporal and spatial dynamics of the situation. A thorough understanding and modeling of these complex interactions is a prerequisite to generate realistic projections of land-cover change. The more important hypotheses for LUCC are those that frame the integration and synthesis of the science.

土地利用 /土地覆被变化是很复杂的现象 ,参与该项目的研究人员要避免“瞎子摸大象”那样的片面性 ,必须寻求新的综合研究途径。为此 ,不能简单地沿袭传统土地利用研究的思路和方法 ,需要不断提出新的研究论题 ;对土地利用变化驱动力必须有一种普遍的、综合的认识 ;需要将多个案例研究联结为一个可代表区域空间异质性的网络 ,需要作多空间尺度的研究 ,从而将地方尺度和区域尺度的土地覆被动态联系起来 ;需要发展新的研究方法 ,并将从农户调查到遥感数据的各种信息综合起来 ;尤其需要形成关于土地利用 /土地覆被变化的综合科学理论框架

The history of studying in brain function can be divided into three stages:pre-scientific period,classical brain theories and contemporary brain theories.At first,the classical brain theories,were introduced such as brain functional localism,neuron doctrine,reflex theory and modern theories,for example,information processing theory,connectionism,module hypothesis and ecological realism.Then,the structured complexity confined (constrained) by brain function and the functional complexity confined by brain...

The history of studying in brain function can be divided into three stages:pre-scientific period,classical brain theories and contemporary brain theories.At first,the classical brain theories,were introduced such as brain functional localism,neuron doctrine,reflex theory and modern theories,for example,information processing theory,connectionism,module hypothesis and ecological realism.Then,the structured complexity confined (constrained) by brain function and the functional complexity confined by brain structure were discussed.Five hierarchies of brain functions were evolved in five-dimensions of brain structure.It is necessary to keep dialectical thinking in the understanding of brain complexity.The cognition-thinking in the highest hierarchy of brain function is implemented by whole brain,but it must base on the low hierarchy of localized brain function.

人类对脑功能的认识可分为 :科学史前认识、经典脑科学理论和当代脑科学理论三个历史阶段。介绍了脑机能定位论、神经元论和反射论等重大经典理论和现代信息加工论、联结理论、模块论和生态现实论之后 ,着重讨论了脑功能制约的结构复杂性和脑结构制约的功能复杂性。在脑的五维超立体结构中进化出五个层次的功能关系。要真正理解脑复杂性必须有多层次的辩证观 ,高层次的认知、思维功能是全脑的活动 ,但以低层次脑定位功能为基础。

 
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