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重庆市短途区间客船稳性分析  [PDF]
聂剑宁,宁萍
重庆交通大学学报(自然科学版) , 2011, DOI: 10.3969/j.issn.1674-0696.2011.02.35
Abstract: :?分析了重庆市4艘具有代表性的典型区间客船的稳性,在满足国家对船舶稳性最低要求和重庆市港航管理局对船舶稳性的相关要求的前提下,探讨了区间客船技术改造方案的可行性,以及在技术改造过程中提高重庆市短途区间客船经济性的方法和途径。
铁 路 景 观 绿 化 设 计 探 析  [PDF]
关琳琳,段渊古
北方园艺 , 2010, DOI: 10.11937/bfyy.201017049
Abstract:
Study on the correlation measure of harbor-hinterland and its driving forces: Taking Lianyungang Port-Huaihai Economic Region as an example
港口-腹地关联性测度及驱动要素研究——以连云港港口-淮海经济区为例

ZHU Chuan-geng,LIU Bo,LI Zhi-jiang,
朱传耿
,刘 波,李志江

地理研究 , 2009,
Abstract: Based on the theoretical research results about the relationships of the Port-hinterland at home and abroad,this paper analyzes the mean value correlation degree of Lianyungang Port-Huaihai Economic Region by grey correlation analysis method during the period 1990~2005 as well as the driving factors affecting the correlation degree of Lianyungang Port-Huaihai Economic Region.Some conclusions are drawn as follows:(1) The correlation degree of Lianyungang Port-Lianyungang City is remarkable as a whole,but the...
日照-连云港地区重磁异常特征及其构造意义
Gravity and Magnetic Anomaly Characteristics and Its Geological Interpretation in Rizhao and Lianyungang Areas
 [PDF]

张婉,张玄杰,佟晶,范子梁
Zhang Wan
, Zhang Xuanjie, Tong Jing, Fan Ziliang

地球科学(中国地质大学学报) , 2018, DOI: 10.3799/dqkx.2018.518
Abstract: 航空重力、磁力测量是解决海陆过渡区地球物理资料不连续问题的有效途径,所获取的数据为进一步认识苏鲁造山带西段断裂展布、大地构造属性等基础地质问题提供了科学依据.基于最新高精度航空重磁数据,编制了日照-连云港地区1∶25万重力、磁力异常图,结合区域地质资料,分析重、磁异常特征,在日照-连云港地区圈定了郯庐断裂带、桑墟-连云港断裂、东海-赣榆断裂、五莲-桃园断裂等基底断裂构造.研究认为苏鲁造山带南部边界为桑墟-连云港断裂(连黄断裂),以该断裂为界,北侧基底为华北板块组成部分,断裂南侧为下扬子板块基底;以东海-赣榆断裂为界,苏鲁造山带可分为南部和北部,两部分在后期构造活动方面差异显著.
Airborne gravity and aeromagnetic data are very effective and important for solving the basic geological structure problems. Based on the newly acquired high-precision airborne gravity and aeromagnetic data, the 1∶250 000 gravity and magnetic anomalies map were compiled, the gravity and magnetic field characteristics with regional geological and geophysical materials were analyzed, the basement faults including Tanlu fault belt, Sangxu-Lianyungang fault belt, Donghai-Ganyu fault belt and Wulian-Taoyuan fault belt were recognized. It is believed that the south boundary of Sulu orogenic belt is Sangxu-Lianyungang fault, the northern basement of the fault belongs to North China plate and the southern basement belongs to the Lower Yangtze plate. Bounded by Donghai-Ganyu fault belt, the Sulu orogen can be divided into southern and northern segment, which have quite different tectonic movements
美国的纽约港  [PDF]
地理科学进展 , 1986,
Abstract: 纽约港不仅是美国最大的港口,同时也是整个西半球的最大港口。它位于哈得孙河广阔三角港沿岸。控制港口的特纳鲁斯海峡的深度为31米,而码头附近的深度为10.5~15.3米不等。港口的范围从西往东几乎延伸60公里,而由北往南延伸80公里。港口的总面积约为4000平方公里,其中陆面占2800多平方公里,水域约占1100平方公里。
荷兰的鹿特丹港  [PDF]
地理科学进展 , 1986,
Abstract: 从货运量来看,鹿特丹港是世界上最大的港口,它位于莱茵河和摩泽尔河三角洲河汉中,距北海33公里。有一条深度为19米(枯水期)的运河将港口与北海连接在一起,这里的潮水高度为1.8米。鹿特丹港实际上是一个完备的综合性港口,它包括河港和海港、外港、约50个船渠和碇泊场等。位于罗曾布尔特湖的上港口部分称为欧洲港口。
Research on the disappearance causes of the Tenghualuo Site in Lianyungang, Jiangsu Province, China
Lan Li,Cheng Zhu,FengQing Jiang,QuanHong Zhao,IiuGeng Lin
Chinese Science Bulletin , 2008, DOI: 10.1007/s11434-008-5016-5
Abstract: With brilliant civilization during the transitional period from a original clan society to a state society in prehistory, the Neolithic Tenghualuo Site in Lianyungang was discovered by archaeological survey in 1989, which was titled as ‘one of the nation’s ten great archeological discoveries in 2000’. However, the transgression and the anthropogenic environment deterioration have ever been employed to explain the abandonment of the site. Based on a dynasty framework established by the 14C dating, and using the experimental methods such as micro-paleontology identification in foraminifera and charophytes, the content test of Rb and Sr, susceptibility analysis as well as granularity and sedimentary facies analysis, some researches on the sediments from the two exploration layers at Tenghualuo Site were conducted, and the following new findings have been gained: Firstly, foraminifera which are relevant to the marine environment were not found in the sediment layer, however, 25 charales, which usually live in the freshwater environment, in 07LTT1 exploration samples were found. Among them, 3 charales were found in the samples from the forth sediment layer below the late Longshan Cultural Layer and 22 charates were from the second sediment layer above the late Longshan Cultural layer. Furthermore, 5 plant seeds and 41 fungal spores, together with many carbonation holes, plant seed shells, as well as their roots and stems were also found in the second sediment layer above the late Longshan Cultural layer. Secondly, the cumulative probability curves of the sediments’ granularity in both the last and its overlying culture intermittent layers have characteristics of three-phase river sediment curve, and the ratios between Rb and Sr are both quite high in samples from two layers sedimented during the disappearing time of the site. All above-mentioned evidences indicate that disappearance of the Tenghualuo Site was not related to the transgression. The late Longshan Culture of the site could be completely abandoned after a relatively long-term inland water flood.
新加坡—不夜港  [PDF]
工程力学 , 1985,
Abstract: 东南亚马来半岛南端座落着一个日夜繁忙的城市,那就是东南亚最大的海港、新加坡共和国的首都新加坡。新加坡港位于该国东部,南临新加坡海峡,当太平洋与印度洋之间航运要冲,是世界上海运交通中心之一,世界著名的国际贸易转口港及最大的炼油中心之一。
青岛港(董家口港区)疏港铁路规划研究  [PDF]
杨卫红,张孟涛,刘特
铁道工程学报 , 2010,
Abstract: ?研究目的:铁路作为港口的集疏运系统的重要组成部分,其布局与港口作业效率密切相关。鉴于董家口港区详规刚刚起步,为统筹优化港口布局规划,减少不必要的废弃工程,并为港口及临港工业区发展留有余地,特开展了青岛港(董家口港区)疏港铁路规划研究。研究结论:董家口港区内部可考虑设置港湾站、港前站、物流中心站,其中港湾站至港前站是疏港的主要通路。外部通路可选择青连铁路、山西中南部铁路。由于这两条铁路均为拟建项目,外部集疏运通路选择与两条线建设时机密切相关。若两线同时建设,可考虑首选青连铁路,再视港口和临港产业区发展情况,适时考虑与山西中南部铁路联通。
Bacterial Diversity in Lianyungang Marine Sediment and Qinghai Lake Sediment
连云港海底底泥及青海湖底泥细菌多样性研究

HOU Mei-feng,HE Shi-long,LI Dong,ZHANG Jie,ZHAO Yun,
侯梅锋
,何士龙,李栋,张洁,赵云

环境科学 , 2011,
Abstract: The 16S rRNA clone libraries of two different saline environments the Lianyungang marine sediment and the Qinghai Lake sediment were constructed.The Shannon diversity index,Chao and ACE richness index and Simpson dominance index of the bacterial communities in the two samples was compared,and the analysis for the bacterial community structures of this two samples was conducted.The results showed that the Shannon diversity index of Lianyungang marine sediment achieved 3.53,and that of Qinghai Lake sediment a...
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