三角洲的

The modern Mississippi delta is anomalous, and a global view shows that it is very different from most deltas

现代密西西比三角洲是特殊的，从全球范围来看，它与多数三角洲很不相同。

These years the region develop very fast base on the linkage and concert. The thesis makes the Yangtze Delta as the sample of producer logistics, with the method from model to normal and from the advanced point to the extendedness. With analyzing the status in quo and the features of the region, we can acquire the important use for reference and guidance.

本文以长江三角洲地区生产性物流服务业发展作为分析样本，本着从典型到一般、从先进示范到普及推广，分析其发展的现状与特征，其生产性物流服务的供给现状、需求现状，明确长江三角洲地区生产性物流服务业发展特征，总结长江三角洲地区生产性物流服务的发展经验，这将对中国其他地区生产性服务业发展具有重要的借鉴作用和指导意义。

Two methods of correlation of parasequence are put forward in fan delta and near shore sub-water fan sedimentary environment.

提出了在扇三角洲和近岸水下扇沉积环境中沿物源方向的相序递变对比法和垂直物源方向的侵蚀叠置对比法2种准层序对比模式以及在扇三角洲沉积环境中沿物源方向的扇三角洲前缘亚环境中的层组相变对比模式和近岸水下扇环境中叠置砂体对比模式、相变对比模式、薄砂层对比模式、相似渐变等5种层组对比模式。

Since there\'s inlayer heterogeneity in layered sandstone reservoirs and remaining oil potentials are mainly in thin or poor layers, which are mostly in delta front facies growth, this paper studies physical characteristics parameters interpretation methods for delta front deposit reservoirs to deepen the acknowledge to the depositional modes and features for further implementing the develop adjustment potentials and optimizing the potential tapping adjustment patterns. This practice has an important guiding sense to enhance the ultimate production recovery for mature oilfields.

我国大多数主力油田都属于陆相河流—三角洲沉积储层，如大庆的喇嘛甸、萨尔图和杏树岗等油田，这些油田基本上均已进入高含水后期开采阶段，尤其是以河流相发育为主的主力油层综合含水已达到90%以上，由于多油层砂岩油田存在层间的非均质性，油田的剩余油潜力主要集中在以三角洲前缘相发育为主的薄、差油层中，因此研究三角洲前缘相沉积储层的物性参数解释方法，深化其沉积模式及沉积特征的认识，进而落实油田开发调整潜力，优化调整挖潜方式，对提高老油田最终采收率具有重要的指导意义。

Thus, based on analysis and situsurvey in Zhoushan area, some proposals are put forward on utilization of marine resources in Zhoushan Archipelago:(1) The deep shoreline resources can be used to build international deepwater port for transferring raw materials such as metal ore, coal, and crude oil. Furthermore, they can be also built up as a process industry base relying on harbor for staple goods and a standby deepwater port for transporting goods of the Yangtze River Delta outward.(2) There is a great potential on the development of deepwater aquaculture and offshore fishing.(3) It is an appealing resort for marine tourism especially in holiday relaxation which supplies the gap of tourism in the Yangtze River Delta.

基于对舟山群岛的实地调查研究，指出舟山群岛海洋环境资源在长江三角洲中的独特性，并提出舟山群岛海洋资源利用的主要方向：①发展国际性深水中转港，大宗货物的临港加工业基地及长江三角洲货物外运的备选深水港基地；②改进传统渔业，着重发展深水养殖业及远洋渔业等新型渔业；③开辟海岛休闲度假旅游，填补长江三角洲缺乏海岛旅游的缺项。

Thus, based on analysis and situ-survey in Zhoushan area, some proposals are put forward on utilization of marine resources in Zhoushan Archipelago:(1) The deep shoreline resources can be used to build international deep-water port for transferring raw materials such as metal ore, coal, and crude oil. Furthermore, they can be also built up as a process industry base relying on harbor for staple goods and a standby deep-water port for transporting goods of the Yangtze River Delta outward.(2) There is a great potential on the development of deep water aquaculture and offshore fishing.(3) It is an appealing resort for marine tourism especially in holiday relaxation which supplies the gap of tourism in the Yangtze River Delta.

基于对舟山群岛的实地调查研究，指出舟山群岛海洋环境资源在长江三角洲中的独特性，并提出舟山群岛海洋资源利用的主要方向：①发展国际性深水中转港，大宗货物的临港加工业基地及长江三角洲货物外运的备选深水港基地；②改进传统渔业，着重发展深水养殖业及远洋渔业等新型渔业；③开辟海岛休闲度假旅游，填补长江三角洲缺乏海岛旅游的缺项。

The medium-grained sandstones and medium-fine-grained sandstones form good reservoirs and the poststones medium reservoirs, while siltstones form poor reservoirs and pelitic siltstones poorest reservoirs. Sand bodies mostly develop in sand-flats, tidal channels and distributary channels of braided stream delta microfacies. The reservoir rocks of sand-flat and tidal channel are best with the physical property. Diagenesis such as compaction, cementation and dissolution has strongly reformed the reservoir rocks and the late dissolution has greatly improved their porosity and permeability.

中粒砂岩、中细粒砂岩属好储层，细粒砂岩属中等储层，粉细砂岩，粉砂岩属较差储层，而泥质粉砂岩则属差储层；砂坪、潮道和辫状河三角洲分流河道微相中的砂体最发育，它们决定了储集岩的发育、分布及原始物性条件；砂坪和潮道储集岩的物性最好，辫状河三角洲分流河道储集岩的物性次之，砂泥混合坪、辫状河三角洲分流河道间储集岩的物性较差；成岩作用对本区CⅠ油组的储层有强烈的改造作用，尤其是较晚期的溶蚀作用对岩石的储集性能有明显的改善，对本区CⅠ油组中孔高渗透储层的形成有很大的贡献。

In the basis of the facies markers and facies analysis of principle, there are mainly river、delta and lake depositional sysytems in Upper Triassic of Nanniwan field,in which all kinds of difference sedimentary subfacies and sedimentary microfacies are distinguished, such as meandering river、delta plain、delta front、submerged distributary river course、frontal sheet sand and so on.

利用收集到的各种相标志和相分析原则，对研究区的沉积相进行了比较细致的研究，将南泥湾探区上三叠统分为河流、三角洲、湖泊三种沉积体系，并在各沉积体系中细划出曲流河、三角洲平原、三角洲前缘、浅湖等沉积亚相和水下分流河道、河口坝、前缘席状砂等沉积微相。

We have taked sedimentary facies research on the second member of Shanxi formation of Changbei gas field, this area pertained to marine facies braid river delta sedimentary system, we have gived a detailed discriiption on different subfacies, microfacies, sandbody's sedimentary character and distribution for the braid river delta sedimentary system.

对长北气田山2段开展了精细沉积相研究，确定该地区山2段属于海相辫状河三角洲沉积体系，并对该三角洲沉积体系的各亚相、微相和砂体展布特征与演化规律进行了详细研究，建立了自北向南延伸的辫状河三角洲沉积模式。2。

There are many academic fruits of the development of the City Clusters on Yangtze River Delta. It is few productions in studying the development of Nanjing's satellite cities as the system of "zonary cities". In 2004, the cities' governments of the City Clusters on Yangtze River Delta had extended the boundary of developing stratagems to extensive Yangtze River Delta.

对长江三角洲城市群发展研究的学术成果很多，但把南京市卫星城市发展以&带城&为体系来研究则没有见到。2004 年，长江三角洲城市群的城市政府已经把发展战略的边界延伸到&泛长江三角洲&。

Breath, muscle contraction of the buttocks; arch body, as far as possible to hold his head, right leg straight towards the ceiling (peg-leg knee in order to avoid muscle tension).

呼气，收缩臀部肌肉；拱起身体，尽量抬起头来，右腿伸直朝向天花板（膝微屈，以避免肌肉紧张）。

The cost of moving grain food products was unchanged from May, but year over year are up 8%.

粮食产品的运输费用与5月份相比没有变化，但却比去年同期高8％。