聚集分布的英文

• aggregated distribution

• "聚集"英文翻译    gather; assemble; collect
• "分布"英文翻译    distribute; spread; scatter; ...
• "聚集分析" 英文翻译 :    analysis of agglomeration
• "密集分布" 英文翻译 :    dense distribution
• "聚集体分布" 英文翻译 :    aggregate distribution
• "聚集" 英文翻译 :    1.(集合; 凑在一起) gather; assemble; collect 和我们聚集在一起 be in our midst; 和某人聚集一堂 gather together with sb.; 工人们聚集在大厅里。 the workers were assembled in the hall. 云朵又迅速聚集起来。 the clouds speedily gathered again. 人们聚集在事故现场。 people gathered at the scene of the accident. 这个人把一大群孩子聚集在他周围。 the man collected a crowd of children. 老师把学生聚集在她周围 。the teacher gathered her pupils round her.2.[工业] accumulation;congestion; concrescence; rendezvous; storing; aggregation; agmen; massing; adduct; stocking; take-up
• "备份集分类" 英文翻译 :    backu types
• "采集分析" 英文翻译 :    collection analysis
• "割集分析法" 英文翻译 :    cut set analysis method
• "剧集分享" 英文翻译 :    emule
• "密集分析" 英文翻译 :    cluster analysis
• "密集分销" 英文翻译 :    intensive distribution
• "群集分析" 英文翻译 :    cluster analysis
• "数据集分配" 英文翻译 :    data set allocation
• "聚集的, 聚集" 英文翻译 :    aggregating
• "模糊集分析法" 英文翻译 :    fuzzy-set analysis
• "数据收集分析" 英文翻译 :    data collection analysis; data collection and analysis
• "非聚集" 英文翻译 :    nonaggregated
• "过聚集" 英文翻译 :    overbunching
• "混合,聚集" 英文翻译 :    assemble
• "积累，聚集" 英文翻译 :    gather
• "集合, 聚集" 英文翻译 :    muster up
• "集合,聚集" 英文翻译 :    assemble; get together
• "集中,聚集" 英文翻译 :    concentration of sth; concentrationofsth
• "聚集, 结伙" 英文翻译 :    acting crowd

• 2 the spatial pattern of the over - wintering form of tetranychus viennensis zacher was aggregation distribution
  2越冬态山楂红蜘蛛的空间分布型都是聚集分布。
• 4 reaumuria soongorica and haloxylon ammodendron in desert - oasis ecotone show random distribution . the seedling of h . ammodendron shows clump distribution
  4 、过渡带红砂和梭梭服从随机分布，梭梭幼苗表现为聚集分布。
• The results showed that the a cinerarius populations were in aggregated pattern of distribution during tile three years in this district , but the aggregation degree as well as the spatial and quantitative distribution varied dynamically
  结果显示， 3年中春尺蠖种群均为聚集分布，但聚集程度、种群空间分布和数量处于动态变化之中。
• The study also indicated that all the tree species but keteleeria evelyniana appearing to have an aggregate distribution had a random distribution in the canopy layers and all the dominant species had a aggregate distribution in the renewal layers
  研究还表明，在林冠层中，除了滇油杉在山坡上部为聚集分布外，其他树种的分布格局均呈随机分布；在更新层中，优势种类均为聚集分布。
• The experiment results provided a basis for establishing inhibitor ablation model and thermal protection design . the work of this paper can be summarized into four parts : 1 . by analyzing the characteristic of the flow field of srm under high acceleration condition , the following phenomena were discovered : particles were deflected and concentrated in local region by overloading , which reinforced inhibitor ablation , and the particle distribution alone the wall was affected by several factors
  本文的研究工作概括为以下四部分： ( 1 )通过分析固体发动机在高过载作用下的流场特点，发现流场中凝相粒子在过载作用下发生偏转，并在局部大量聚集而形成稠密的粒子流，强化了对绝热层的烧蚀；粒子在发动机壁面上的聚集分布受多种因素影响。
• The results of the investigation in forests showed that dastarcus helophoroides adults displayed a core distribution pattern , that belonged to aggegated distribution , and changed to mosaic distribution pattern in a denser population due to the exclusion behavior among the individual in host competition
  摘要林间调查和研究表明，花绒坚甲成虫的分布格局为聚集分布中的核心分布型，在群体密度较大时，由于个体间具有竞争寄主的排斥行为，其分布则转变为嵌纹分布；花绒坚甲在进入新的分布区后，首先是建立大小不等的聚集群，再以聚集群体的形式向周围扩散。
• It was shown that in most cases p . euphratica appeared to have an aggregative distribution at different distances away from the river but it tended to be diffusive , appearing to have an random distribution ; in the two cross sections , p . euphratica tended to increase its distribution pattern scale and aggregation intensity as the distances increased and the distribution pattern scale of p . euphratica in kaerdayi cross - section was lower than that in yingsu cross - section at the same distances away from the river , which was because the cross sections had different underground water conditions and topographical conditions
  结果表明：胡杨在不同离河距离大都表现为聚集分布，在离河最远的地方有扩散趋势，呈随机分布；不同离河距离的两断面均表现出随离河距离加大胡杨格局规模加大、聚集强度加强的趋势，同一离河距离喀尔达依断面比英苏断面胡杨格局规模小，这主要是地下水条件和当地地形不同所致。
• Taxus chinensis var . mairei population in form . taxus chinensis var . mairei community using six aggregate indices ( c , i , i m , pai , ca , ) , then analyze the causes of evolved pattern . the results indicated that the distribution pattern of seedling were all clumped in every plot , however , the distribution patterns of sapling , media tree and mature tree were mostly random . the trend of diffuse of form
  )回归分析法研究了南方红豆杉林中南方红豆杉幼苗、幼树、中龄树和成树的分布格局及动态，并分析格局形成原因，结果表明，各样地南方红豆杉种群幼苗均成聚集分布，幼树的分布格局偏向于随机分布，而中龄树与成树则为随机分布，从幼苗到成树，随机扩散的趋势十分明显。
• Taxus chinensis vsr . mairei population is very oblivious from seeding stage to mature tree stage . the patterns were consistant with the ecological and biological characteristics of form . taxus chinensis var . mairei which were valuable and rare and in severe danger . in this paper , logistic model and liu - logistic model were proposed to approach the growth dynamics of tree basal area of form . taxus chinensis var . mairei population
  南方红豆杉幼苗表现为较强的聚集分布，除与种子的散布有关外，生境条件的差异是重要原因之? ，其它发育阶段表现为明显的随机分布，表明它在自然群落中分布的概率很小，反映了南方红豆杉珍稀濒危的生态生物学特性和特征。
• The competition among those species like s . tsinyunensis , dryopteris erythrosora and veronicastrum stenostachyum etc . , is intense in the communities , which may be one of the reasons why s . tsinyunensis is going to be endangered and with a very restricted distribution . the distribution patterns of the seven populations of s . tsinyunensis are clumped among the eight populations we studied , except population v of random distribution . the spatial pattern of 6 populations of s . tsinyunensis have high consistency with the negative binominal distribution , while another 2 populations , i . e . , i and iii are poisson distributions
  6 )缙云黄芩各种群空间分布格局基本呈聚集分布，其中7个种群的分布格局类型是聚集分布，其聚集强度较高，另有一个种群为随机分布；其种群的离散分布拟合结果也严格符合一定的数学模式，其中负二项分布、 poisson分布分别是该物种种群空间分布的理论分布模式，其中6个种群拟合出的结果是负二项分布，种群i和种群m拟合出的结果是poisson分布。