海洋地质调查

  • 网络Marine Geological Survey
海洋地质调查海洋地质调查
  1. DGPS静态误差测量和在海洋地质调查中的应用

    Static Error Measurement of DGPS Receiver and Its Application in Marine Geological Survey

  2. 如何利用价值工程的价值导向提高海洋地质调查的综合社会效益

    On Value Guidance of Value Engineering in Promoting Marine Geological Survey

  3. 我国海洋地质调查和油气勘查的进展概述

    A review of advances in marine geological surveys and petroleum exploration in China

  4. 海洋地质调查数据库管理系统设计与实现

    Design and Implementation of DBMS for Marine Geological Survey

  5. 1990年我国海洋地质调查研究重大事件及成果

    Important events and achievements of china 's marine geological investigations and surveys in 1990

  6. 中国海洋地质调查研究进展概况

    Progresses of marine geology research in China

  7. 航测遥感技术在运营铁路管理上的应用卫星遥感与海洋地质调查

    Aerial Survey & Remote sensing Technology in Management of Railway Spacecraft Remote Sensing and Oceanographic Survey

  8. 卫星遥感与海洋地质调查海洋光学遥感技术的发展和前沿

    Spacecraft Remote Sensing and Oceanographic Survey The Development of Marine Optical Remote Sensing and the Frontiers

  9. 数据库在东海油气勘探及海洋地质调查中的应用

    Application of database in the survey of marine oil & gas and marine geological investigation of East China Sea

  10. 对海底热液物质的探测与研究,是近几十年海洋地质调查研究的重要内容。

    The measurement and study of underwater hydrothermal materials has been an important topic of marine geological research for the recent decades .

  11. 海洋地质调查数据库是一个企业级的数据库系统,用于管理我国所属海区海洋地质调查获取的基础地质资料。

    Marine geological survey database to be used for the maintenance of geological survey data of China Seas is an enterprise database system .

  12. 海底黑烟囱为当代海洋地质调查的重要发现,对于揭示地史时期块状硫化物的成矿过程以及生命起源具有重要意义。

    The modern black smoker chimney and relevant sulfide at the sea floor is an important discovery of oceanic science in the last ten years .

  13. 笔者结合遥感和地理信息系统的特点、发展趋势,介绍了其在海洋地质调查领域中的应用,并对其应用前景做出展望。

    Using integrated characteristics and development tendency of RS and GIS , this paper introduces their application to oceanographic survey , and predicts their prospect of development .

  14. 从调查机构、调查技术及调查特点等方面分析了美、日两国的海洋地质调查的发展历史。

    Analysing the history of the development of America and Japan about marine geological survey from three aspects which include investigation agency , investigation techniques and characteristics .

  15. 广州海洋地质调查局在大鹏湾深圳海域开展了海洋地质环境与地质灾害综合调查研究。

    Integrated investigation and research on the marine geological environment and hazards in the Shenzhen sea area of the Dapeng Bay were carried out by the Guangzhou Marine Geological Survey .

  16. 近年来遥感技术和地理信息系统技术发展迅速,遥感的实时性、大面积监测性的特点以及地理信息系统对空间数据的有序管理及支持辅助决策的功能为海洋地质调查开辟了新的前景。

    Recently , remote sensing and geographical information system have opened up a new prospect for oceanographic survey with good temporal repetition , regional scale , spatial data management and auxiliary decision .

  17. 在海洋地质调查中,如何取得好的沉积物样品是每一位海洋地质学家所向往的,而获得好的沉积物样品的关键又很大程度上取决于先进的海洋调查仪器的使用。

    In a marine geological survey , the key to obtaining good sediment samples is , to a very marked degree , decided by using what kinds of advanced marine survey instruments .

  18. 通过对2002年广州海洋地质调查局在南海北部海域拖网采集的碳酸盐岩样品进行岩石、矿物、微量元素和同位素特征的研究,证实在南海水合物远景区发育有冷泉碳酸盐岩。

    The carbonate samples described in this paper were collected by Guangzhou Marine Geological Survey in April 2002 from the northern continental slope of the South China Sea using the tow-net samples .

  19. 本文研究全球海洋地质调查历史,取得了如下主要认识:1、研究了发达国家海洋地质调查的历史和现状。

    The paper studies the history of global marine geological survey and gets the following key contents : Firstly , the thesis analyzes history and present situation of developed countries ' marine geological survey .

  20. 本文从价值工程的角度出发,结合具体实例探讨如何利用价值导向,通过方案创新去提高海洋地质调查的综合社会效益。

    This paper , in terms of value engineering and with practical instances , tries to probe into the feasibility of utilizing value guidance to raise comprehensive social benefits of marine geological survey through scheme innovation .

  21. 东海高精度无线电定位系统是地质矿产部在八十年代中建立起来主要用于物探的定位系统,也是东海海洋地质调查主要的定位手段。

    Since mid of 1980 's , a " High Accuracy Radiopositioning System ", the main positioning system , which is owned by Ministry of Geology and Mineral Resources , has been used in East China Sea for offshore geophysical prospecting and exploration .

  22. 海上实验在特定海区成功的获取了17.11m的长岩芯,取样率达91.3%,创造了我国海洋地质调查用重力活塞取样器获取岩心的最长记录。

    A core 17.11 m long was successfully collected in an offshore experiment area with the newly designed corer , and the sampling rate achieved 91.3 % , which created a collected core length record with the gravity piston corer in Chinese offshore geologic surveys .

  23. 加拿大的海洋地质灾害调查与研究

    Investigation and research of marine geologic hazards in Canada

  24. 区域性海洋工程地质调查和评价

    Regional marine engineering geological investigation and assessment

  25. 珠江三角洲1∶10万海洋地质环境调查研究综述

    Summary of marine geo-environment survey ( 1 ∶ 100 000 ) in the Pearl River Delta

  26. 开展我国海洋区域地质调查势在必行

    Marine regional geological investigation impending

  27. 以美国和日本两大发达国家为例,论述了发达国家海洋区域地质调查和专属经济区两个方面的调查历程和取得的主要成果。

    Taken America and Japan as examples , discussing the historical process and achievements from two aspects which include regional geological investigation and Exclusive Economic Zone .

  28. 介绍了海洋工程地质调查的主要项目,并对其方法、取样要求和使用仪器进行初步评述。

    The main subjects of marine engineering geology investigation and simple comment on the investigating methods , sampling requirements and instruments used are also presented in this paper .

  29. 在系统开展海洋区域地质调查的过程中,荷兰广泛使用了各种地球物理调查方法,并在方法选用、测线部署、资料处理和图件编制等方面有许多独到之处;

    During systematic marine regional geologic investigations , the Netherlands has used various geophysical surveying methods , and created some new ways of method selection , survey line deployment , data processing and mapping .

  30. 全球变化、区域海洋环境地质调查、滨海城市地质、沿海地下水环境、海洋灾害地质、海底不稳定性、滨海湿地、人类活动对海洋地质环境影响等,都是今后我国海洋环境地质研究的重要方向。

    Global changes , regional marine environmental geological survey , littoral urban geology , coastal groundwater environment , marine hazardous geology , seafloor unstability , wetland , and human influence on marine geologic environment are the main contents of study of future marine environmental geology in China .