面状发震构造在地震构造法中的应用：以大姚—姚安发震构造鉴定为例

In seismic hazard analysis of nuclear power plant of China there is a need to identify both seismogenic structures and seismotectonic zones. In past practice, the identification of the seismogenic structures was often based on the surface active faults and characterization of linear seismic source. In a situation which shows quite strong non-random seismic activity and lacks surface active faults, it is difficult to evaluate the seismic hazard reasonably. Taking seismogenic structures in the Dayao-Yao＇an area as a case study in this paper, we discuss the need and the possibility to apply the planar seismogenic structure to the seismotectonic method. We suggest that the planar seismogenic structure should be considered when applying the seismotectonic method to the seismic risk assessment of nuclear engineering in future.     

Ore-finding method of fault tectono-geochemistry in the Tongchang Cu-Au polymetallic orefield, Shaanxi, China： I. Dynamics of tectonic oreforming processes and prognosis of concealed ores

Based on the research content and conception of dynamics of tectonic ore-forming processes, with the focus on the dynamics and processes of mineral source, ore formation, transport, accumulation, dissipation and mineralization in response to magmatic invasion and metallogenic fluid under tectonic stress, this paper deals with the ore-finding method of fault tectono-geochemistry and its application on the basis of ore deposit genesis, “giant pressure shadow” structure and ore-finding method of tectonic stress field in the Tongchang orefield, expounds the rules of magmatic emplacement and ore fluid migration and concentration under the control of the structural stress field, hence providing the theoretical basis for the localization and prognosis of concealed ores. The fault tectono-geochemical features show that the Cu-Au polymetallic ore deposits (mineralization) in the orefield are closely related with volcano-(exhalation) sedimentation, magmatism and tectono-reworking. Fault tectono-geochemical anomalies can be applied to prognosis of metallogenetic target areas for ore exploration and can provide strong evidence of “giant pressure shadow” structure. In addition, quite a number of important target areas have been defined in combination with the characteristics of the tectonic stress field, and part of the target areas have been proved by practical activities.     

WEB平台下地理信息系统的构造方法和模型

WEB平台下地理信息系统的主要构造方法有CGI法，服务器应用程序接口，插件，ActiveX控件，Java Applet法等。构造模型有B／S三层结构，基于中间件的B／S多层结构，交互操作，空间数据源的分步骤服务模型等。传统的GIS系统固有的封闭性决定了不同的GIS平台下的空间数据无法共享，选择成熟的构造方法和构造模型，建立WEB平台下的地理信息系统，通过WEB浏览器访问GIS空间数据库，实现真正的空间数据共享。     

型钢混凝土节点抗震性能及构造方法

根据8个型钢混凝土节点在低周反复荷载作用下的试验，研究了型钢混凝土节点的破坏形态、滞回特性、延性及风度退化等力学性能，在此基础上提出了相应的连接构造方法。     

浅谈WebGIS解决方案

Web技术和GIS技术结合，是利用Web技术来扩展和完善地理信息系统的一项新技术。本文对WebGIS设计思想进行介绍，着重对WebGIS的多种构造方法及相关特点进行比较和分析。