1)deep-sea sediment深海沉积物
1.Bacterial diversity in deep-sea sediment from northeastern Pacific Ocean;东北太平洋深海沉积物细菌多样性
2.DNA extraction and DGGE analysis of the bacterial community of a deep-sea sediment sample collected at the East Pacific Ocean;东太平洋深海沉积物中DNA的提取及细菌多样性初步分析
3.[Method] Arsenite-resistant bacteria in the deep-sea sediment were enriched with 2×10-3 mol/L NaAsO2 and isolated on plates.【目的】为了筛选深海砷抗性菌,了解印度洋中脊深海沉积物砷抗性菌的多样性情况。
英文短句/例句
1.Discussion on Plugging Depth into Sediment of the Deep Sea Sediment Geothermal Probe深海沉积物地热探针贯入沉积物深度的探讨
2.Microbial Diversity in the Sediments Collected from the Northwest Pacific Ocean;西北太平洋深海沉积物微生物多态性分析
3.Bcterial Diversity of Deep-sea Sediments from the East and West Pacific Ocean;东、西太平洋深海沉积物细菌多样性研究
4.Research on Truth-preserving Technique of Deep-sea Pressure Tight Sediment Sampler;深海沉积物保真采样器保真技术的研究
5.Research on No-disturbing Sampling and Truth-preserving Technique of Deep-sea Seafloor Sediment;深海沉积物无扰动保压取样技术的研究
6.AN IN SITU GAS-TIGHT PORE WATER SAMPLER FOR DEEP-SEA SEDIMENTS一种深海沉积物孔隙水原位气密采样器
7.Phylogeny of Bacteria in Deep-sea Sediments from West Pacific Warm Pool西太平洋暖池区深海沉积物细菌群落结构分析
8.Microbial Diversities and Metagenomic Analysis of the Marine Sediment from Taixinan Basin, South China Sea台西南海盆深海沉积物的微生物多样性分析和元基因组学研究
9.It is shown from the analysis results that(1) the sediments from the sea area east of the Ryukyu Islands are geochemically characterized by hemipelagic deposits;结果表明:(1)琉球群岛以东海域沉积物具有半深海沉积物的地球化学特征;
10.Study on the Diversity of Denitrifying Bacteria of Changjiang Estuary Sediments and Extracellular Enzyme Producing Bacteria Isolated from Southern Okinawa Trough Deep-sea Sediments;长江口沉积物反硝化细菌和南冲绳海槽深海沉积物产胞外酶细菌多样性研究
11.Deep-sea Pollen from the Southern South China Sea and Its Correspondence to Global Climate Changes;3.0～2.0Ma B. P.南海南部深海沉积物孢粉记录及其对全球变化的响应
12.Physiochemical and phylogenetic analysis of moderately halophilic bacteria halomonadaceae in deep-sea sediments of the Southern Okinawa Trough南冲绳海槽深海沉积物中度嗜盐菌系统进化及多样性分析
13.Barium Cycle During the Early Diagenesis of Deep-Sea Sediments and Its Implications for Paleooceanographical Environment深海沉积物早期成岩过程中的Ba循环及其古海洋环境意义
14.Microbial Diversity of Sediment in Deep-sea and Their Roles in the Deep Sea;深海沉积物微生物多样性及其与环境相互关系的研究
15.globigerina oozeph.1. 球房虫软泥(深海海底沉积物)
16.Diversity of Arsenite-resistant Bacteria from Deep Sea Sediments of Ocean Ridge;深海洋中脊沉积物砷抗性菌的多样性分析
17.Assessment on heavy metals pollution in coastal surface sediments of Shenzhen Bay深圳湾近岸海域表层沉积物中重金属污染评价
18.The Diversity of Bacteria in Sediments from Lau Basin Deep-sea Hydrothermal Vents劳盆地深海热液喷口沉积物中细菌多样性研究
相关短句/例句
deep-sea sediments深海沉积物
1.Application of hydrostatic technique in the isolation and characterization of piezophilic bacteria from deep-sea sediments;高压技术在深海沉积物兼性嗜压菌的筛选和鉴定中的应用
2.Analysis of bacterial diversity in deep-sea sediments from Pacific polymetallic nodule province太平洋多金属结核区深海沉积物细菌多样性分析
3.Abundant information about paleooceanographical environmental changes can be recorded in the deep-sea sediments.深海沉积物蕴藏了丰富的古海洋环境变化信息。
3)deep sea sediment深海沉积物
1.Diversity of dissimilatory sulfite reductase gene in deep sea sediment of the West Pacific "warm pool"西太平洋“暖池”深海沉积物中异化型亚硫酸盐还原酶基因多样性分析
2.This article presents the determined method of cadmium in deep sea sediment with isotope dilution mass spectrometry (IDMS).文章介绍了用同位素稀释质谱法（IDMS）对深海沉积物中畅的定值方法，通过一系列的工作测定了国家深海沉积物标准物质GSMS－2中的镉含量，获得满意的结果。
3.he determination of rare earth elements and Sc in polymetallic nodules and deep sea sediments by sequential ICP_AES is reported in this paper.采用单道扫描等离子体发射光谱法测定了大洋多金属结核及深海沉积物中的稀土元素与钪，比较了不同功率下各稀土元素的检测限，研究了低功率下的稳定性，拟定了可靠的样品处理方法。
4)deep sea sediments深海沉积物
1.A method for determination of trace B, Ba, Be, Co, Cr, Cu, Ga, La, Mo, Nb, Ni, Pb, Sc, Sr, Tl, V, Y, Yb, Zn and Zr in deep sea sediments and polymetallic nodules by atomic emission spectrometry was developed.用全燃烧法一次曝光发射光谱同时测定了大洋深海沉积物和多金属结核中多个微量元素；重点考察了缓冲剂和分析条件的优化，解决了大洋试样吸湿性强、光谱相互干扰多及激发时易喷溅等问题。
2.Deep sea sediments, covering more than 60% of the earth .深海沉积物占据地球表面60%以上,是最大的生态系统。
5)Antarctic deep sea sediment南极深海沉积物
6)chthonic sediment深海碎屑沉积物
延伸阅读
半深海沉积 水深大致在 200～2000米范围的沉积物。主要分布在大陆坡，又称陆坡沉积。大陆坡是一个分开大陆和大洋的全球性巨大斜坡，是大陆和洋盆之间的过渡地带。陆坡沉积物也具有明显的过渡性质，它既不同于浅海沉积，又有别于深海沉积。滑坡所造成的影响是它的显著特点。其物质来源以陆源碎屑为主，生物与化学作用形成的沉积多于浅海区，少于深海区。在有些地区，碳酸盐沉积的比重明显增加。 陆坡沉积物的粒度小于浅海沉积，沉积物中约60％是泥，25％是砂，10％是岩块和砾石,其余的5％是贝壳和生物沉积。越过陆架坡折线后，沉积物往往从砂变成泥。粗粒沉积只呈斑块状分布，有些海区基岩裸露，它们常与崎岖的海底形态有关。 滑坡沉积物在陆坡沉积中占有突出地位。其形成与陆坡的不稳定性有关，坡度过陡或沉积速率过大常导致滑坡。滑坡沉积体后缘遭受拉张,导致断裂;前端遭受挤压，形成冲断层、褶皱和拱起的小丘。在地形和地震剖面上显示为岗丘状、杂乱的坡面，不连续的反射层。在沉积岩心中可见到扭曲层理。 大陆坡上广泛发育海底峡谷。它虽为侵蚀地形，但有的谷底堆积有大量沉积物，其主要特征是：沉积物主要为泥质，夹有少量粗碎屑物质；峡谷出口处往往是浊流沉积分布区；沉积物中普遍含有浅水有孔虫及海绿石；峡谷中常有更新世末期和冰后期的沉积物。 第四纪冰期低海位时,河流穿过当时的滨海平原(现在的大陆架),将大量物质直接搬运到陆坡上堆积。沉积速率增大，沉积粒度变粗，滑坡沉积物尤其常见，在陆坡，特别是它的下部形成了巨厚的沉积。 濒临中国的南海和东海的陆坡上，沉积物虽以陆源为主，但生物和自生成因的沉积也占显著地位，如南海北部陆坡上形成了自生海绿石砂；东海陆坡出现有孔虫等生源沉积物，并有浊流沉积分布。
