分带

fēn dài
  • zoning
分带分带
分带[fēn dài]
  1. 一种特殊的矿化分带&银山Cu-Au多金属矿床多级多中心矿化分带模式

    A special kind of mineralization zoning : multi-grade and multicentre mineralization zoning model of Cu-Au polymetallic ore deposit in Yinshan

  2. 我国一些重要夕卡岩Pb-Zn多金属矿床的交代分带

    Metasomatic zoning in some major Pb Zn polymetallic skarn deposits of China

  3. 孟氏裂头绦虫染色体组型和C分带的研究

    Studies on karyotypes and C-banding of spirometra mansoni

  4. FISH和C-分带相结合的方法鉴定小麦-多枝赖草异附加系

    Identification of Alien Addition Line from Triticum aestivum × Leymus multicaulis by C-banding and FISH

  5. 矿物组合和Zn/Pb比值有分带性。

    Zoning is shown on both mineral assemblages and Zn / Pb ratios .

  6. 最后讨论了影响C-分带效果的因素及燕麦染色体C-分带的意义。

    In addition , the significance of oat chromosome C banding and the factors affecting the results of C banding were discussed .

  7. 方法:应用染色体G分带、核型分析和PCR及银染技术。

    Methods : The techniques including G banding , karyological analysis , PCR amplification and silver staining were used .

  8. 黑粒小麦漯珍1号的C-分带及GISH和PAGE分析

    C-banding , GISH and PAGE analysis on Black Kernel Wheat Luozhen 1

  9. 移植骨髓后一年内不同时间分批活杀动物,借C分带染色识别Y染色体法追踪受体骨髓中供体型细胞所占比例。

    Recipient animals were sacrificed at various intervals wi-thin one year after bone marrow transplantation and donor type cells in recipient bonemarrow were identified by means of C-banding technique .

  10. 和短枝褶藓O.中部构造分带一般显示前缘断褶或复合叠加构造。

    The middle sub-belt generally displays front fault-folds or compound superimposed structure .

  11. 元素垂向分带上,Pb位于中下部,Zn靠前,指示存在流体的叠加作用。

    Elements bring vertical points , pb in the lower part , zn front , indicates the presence of fluid superimposed .

  12. 在F2及以后世代,通过染色体C分带、原位杂交检测,选择小麦-黑麦易位系。

    Wheat-rye translocation lines were identified via C-banding and in situ hybridization ( GISH ) in hybrid F2 and later generations .

  13. 本研究利用染色体C-分带技术及RAPD技术从细胞遗传和分子遗传水平上对我国部分木薯种质进行了遗传背景研究。

    The genetic background of some cassava germplasms in China was studied using chromosome C-banding and RAPD techniques .

  14. 在金、铜矿床(体)上方分别发育有良好的Au和Cu的生物地球化学异常和元素组合及分带。

    The Au and Cu botanical geochemical anomaly and composed zonation are respectively developed over orebodies in gold deposits and copper deposits .

  15. C-分带表明3个受检易位系为1BL/1RS易位。

    C banding reveals the three translocation lines are 1BL / 1RS translocations .

  16. 杂交信号经抗体检测放大后,染色体依次用色霉素A3以及甲绿处理进行荧光反带分带(R带)。

    After the detection of hybridization signals with antibodies , chromosome banding was performed with chromomycin A3 and methylgreen ( R banding ) .

  17. 用植物染色体C-分带和小麦种子HMW-GS电泳技术,对普通小麦-大麦异附加系进行了鉴定。

    A series of wheat-barley alien additional lines were identified by C-banding and SDS-PAGE .

  18. 军曹鱼全人工繁殖群体遗传特征的SSR分析非胎生红树植物繁殖体特征与分带关系

    A genetic analysis of cultured populations of cobia with microsatellite markers Relationship Between Diaspore Traits and Inter-tidal Zonation of Non-viviparous Mangrove Species

  19. Au元素的规模大、强度高,且分带性好,推断该异常区与小型金矿体有关。

    Because large scale , high anomaly intensity and good identity of concentration centres for Au , Forecasting reserve may reach a small-sized deposit scale .

  20. 银山NE向韧-脆性剪切带控制着火山喷发、次火山岩的侵位和矿床的矿化分带。

    Yinshan NE treading ductile-brittle zone is the ore-field structure , which controls volcanic eruption , late intrusion of subvolcanic and mineralization zones .

  21. 用改良Giemsa分带技术研究玉米根尖细胞中核仁与NOR-染色体的联系

    Studies on the association of nucleolus and nor-chromosome in maize root tip cells through the modified Giemsa banding technique

  22. 染色体C-分带证明这两条簇毛麦染色体是一对6V;

    The two chromosomes were identified as chromosome 6 V by chromosome C-banding .

  23. 各类岩(矿)石物性差异明显,Cu、Zn、Mo、Co及Au、Ag主要成矿元素异常浓度分带明显;

    Physical characters of various rocks ( ores ) show remarkable differences . There exists obvious concentration zoning in anomalies of such main ore-forming elements as Cu , Zn , Mo , Co and Au , Ag .

  24. 河南栾川地区矽卡岩型铅锌矿地质特征&南泥湖钼矿外围找矿问题我国一些重要夕卡岩Pb-Zn多金属矿床的交代分带

    Characters of the Skarn Pb - Zn Deposit in Luanchuan County , Henan Province METASOMATIC ZONING IN SOME MAJOR Pb Zn POLYMETALLIC SKARN DEPOSITS OF CHINA

  25. 方法用R带和(或)G带分带技术进行核型分析,DNA印迹法检测HRX重排,聚合酶链反应和逆转录聚合酶链反应进行融合基因检测。

    Methods R and / or G banding technique was used for analysis of karyotype . DNA blotting for HRX gene rearrangement , and polymerase chain reaction ( PCR ) and reverse transcriptase PCR ( RT PCR ) for fusion gene detection .

  26. 利用染色体C-分带和双色荧光原位杂交技术鉴定普通小麦-黑麦-簇毛麦双重易位系1RS·1BL,6VS·6AL

    Development and Identification of T. aestivum-S. cereale-H. villosa Double Translocation Line 1 RS · 1BL , 6VS · 6AL via Chromosome C-banding and Dual Color FISH

  27. B.格里戈良分带指数的综合方法,建立了矿体元素地球化学和黄铁矿晶体形貌的分带模式,并以此作为对开拓的矿体下延深度和矿化露头进行评价的依据。

    By using a comprehensive method including cluster analysis , factor analysis , correspondence analysis and zoning index , a zonation pattern of ore clement geochemistry and crystal form of pyrite is established and used as basis for evaluation the depth extent and mineralized outcrop of the orebody under development .

  28. 用TM6热红外图象作假彩色等密度分割处理,以提取随海而异的地面温度场和土壤类型垂直分带信息;

    The information of ground thermal field and soil vertical zonality which differ with elevation is extracted by using the TM6 thermal infrared image to make the pseudo-color-equidensity slicing ;

  29. 用浅层折射和反射联合勘探方法在京&沪高速公路沂河桥址区进行隐伏断层和岩性垂直分带探测试验,试验是在宽约400m的水面上进行的。

    Prospecting test of hidden fault and vertical lithological analysis was carried out by using joint exploration method of shallow seismic refract and reflect waves at Yihe river bridge seat along Beijing-Shanghai expressway . The prospecting test was conducted on water , which is about 400 meter wide .

  30. 同时认为次生孔隙在纵向上具有一定的分带性,其主要分布在埋深2350m~2880m。

    Meanwhile , it is stated that the secondary fissures are possessed with certain zonation longitudinally , distributing mainly in the burial of 2 350 m to 2 880 m.