三维网络的英文

• three-dimensional network

• "三维"英文翻译    three-dimensional
• "网络"英文翻译    network; electric network me ...
• "三维网络结构" 英文翻译 :    three-dimensional net structure
• "三维网" 英文翻译 :    three-dimensional network; three―dimensional network
• "三维网格" 英文翻译 :    d grid
• "三维网状结构" 英文翻译 :    three-dime ional network structure; three-dimensional network structure
• "等维网络" 英文翻译 :    equidimensional grid
• "多维网络" 英文翻译 :    multidimension network
• "纤维网络" 英文翻译 :    fiber network; fibre network
• "纤维网络纱" 英文翻译 :    fibre-network yarn
• "纤维网络丝" 英文翻译 :    fiber-network yarn; fibre-network yarn
• "万维网络联盟" 英文翻译 :    world wide web consortium
• "带等高线的三维网线图" 英文翻译 :    meshc
• "带零基准面的三维网线图" 英文翻译 :    meshz
• "三维网眼格数据结构" 英文翻译 :    grid cell lattice
• "三维交联网络" 英文翻译 :    three-dimensional crosslinked network
• "维网" 英文翻译 :    qeway; wealnet
• "三维" 英文翻译 :    [数学] three-dimensional◇三维空间 three-dimensional space
• "非洲经委会科学技术万维网络" 英文翻译 :    eca science and technology web-based network
• "阿维网" 英文翻译 :    aviogon lens
• "二维网" 英文翻译 :    two-dimensional network
• "万维网" 英文翻译 :    w worle wide web; webgis; www world wide web; www world―wide―web; www(world wide web); www（world wide web）
• "纤维网" 英文翻译 :    fiber web; fibre sheet; fibre web; fibrous fleece; fibrous reticulum; web
• "三维数字交互宽带网络系统" 英文翻译 :    dds
• "web万维网" 英文翻译 :    web world wide

• Carbon fiber ( cf ) / batio3 / eva system has better conductivity because cf can form conductive network easily in polymer
  如碳纤维可以在聚合物中形成三维网络，导电性能优。
• Nowadays it is widely used in many fields such as simulation actual combat system in military and 3d - online game and so on
  三维图形引擎目前在很多领域内都有很广泛的应用,如军方的模拟实战系统以及三维网络游戏等。
• Carbon aerogels can be prepared upon pyrolysis of the cmf organic precursors at 900 ? , which can inherit well the 3d network of the original organic aerogels
  将c _ mf有机气凝胶炭化可以得到炭气凝胶，它继承了有机气凝胶的三维网络结构。
• Carbon aerogels are a novel , low - density , porous , non - crystalline , monolithic , nanometer carbon materials , whose continuous network structures can be controlled and tailored at the nanoscale
  炭气凝胶是一种轻质、多孔、非晶态、块体纳米炭材料，其连续的三维网络结构可在纳米尺度控制和剪裁。
• The evolution of the carrying system has been undergone three stages : the formation and destruction of lateral carrying system , the evolution of vertical carrying system and the completion of three - dimensional network carrying system
  它们的发育演化经历了侧向输导系统的形成演化和破坏阶段、垂向输导系统的发育和形成阶段以及三维网络输导系统的发展完善阶段。
• If lii + ^ vsog is doped with moos , it will change to lithium - rich mo - containing lii + ^ vsog solid - solution and lithium - poor lio . o4vi . 96moo . o4os solid - solution ; with increasing p2c > 5 content , v3o8 layered two - dimension network may be destroyed , low - lithium ft - lio . 3v2os and a - v2os are produced , in which three - dimension network characteristics become evident more and more
  96mo0 。 os相；掺杂pzos使v3os层片的二维网络受到破坏，产生低理含量的三维网络结构特征逐渐加强的p l10 3v2o5和q vzos相。
• The new concepts of migration and accumulation network dynamic system and three - dimensional network carrying system have been brought forward on the basis of comprehensive investigation of literature and geological conditions of the study area , which are of significant for the research , exploration and production in the oil / gas basins of tension types in east china
  通过多学科综合文献调研并结合研究区地质特征，提出了成藏动力学网络体系和三维网络输导系统的概念，并作了初步论述。对我国东部张性盆地油气成藏研究和勘探有一定的借鉴意义。
• The microgels of close monodispersity with different volume and cross - linking density can be prepared by using an inverse emulsion polymerization method . both artificial and natural materials , including zeolites , membranes , vesicles , liquid crystal , microemulsion , micelles , biopolymers , etc . , have been used as template . the three - dimentional network structure and spherical morphology of polymeric microgels may guarantee the homogeneous of the structure of the composite , the size and the morphology of the various organic - inorganic composites with unusual structures
  在反相乳液聚合条件下，通过控制反应条件可以得到体积不同、交联度不同的近乎单分散的微凝胶，如同分子筛、单(多)分子膜、囊泡、液晶、微乳液、胶束、生物大分子等可作为微纳米无机材料合成模板一样，高分子微凝胶所特有的三维网络结构和球形形貌有可能对在其中进行的无机结晶或沉积反应施加限域和导向作用，从而控制所生成无机材料的形貌和大小，得到各种具有特异结构的无机-有机复合材料。
• It has been demonstrated that it is the microgel that guaranteed the homogeneous of the structure of the composite , the size and the morphology of the composite particles . the surface structure of the micro - particles can be adjusted by changing the preparing conditions . the composites may adopt hollow sphere structure , and the inner may lack of cds due to precipitation was started from the outer part of the microgels
  实验结果表明：高分子微凝胶的三维网络结构和所采用的制备方法确保了有机-无机复合材料复合的均匀性；微凝胶的模板作用使得复合材料呈球状结构，微球的大小决定于模板的尺寸；微球的微纳米结构可因微球的制备条件的不同(例如，改变连续相类型)而不同。
• An significant symbol has been used to determine the technique of 3 - d discontinuities network modeling of rock mass is good or not , which is to check whether the model can reappear the reality situation of rock mass or not , in order to make the 3 - d network model to meet the need of the actual rock engineering , the methods to verify the result of the modeling are required , one of the method to be used is to compare the figures between the section of the numerical model and the sampling window of in - situ model , the second method to be used is verify the data set between the numerical model and field data , only if the verification obtained a good precision , then the model can be considered as a efficiency model , and it can be applied into the actual rock engineering
  摘要岩体随机不连续面三维网络模拟技术成熟与否的一个重要标志就是最终的网络模型是否能够较真实地再现岩体的实际情况，为了使三维网络模型的结果能够真正地应用于实际工程，就必须对模拟的结果进行必要的检验，检验的办法就是将模拟出的模型剖面图形与原型测量窗口的图形进行图形对比，或者将原型的观测数据与模型的测试数据进行数据对比，当这种检验达到精度时，模拟出的模型为有效模型，可以投入工程实际应用。