Current situation of management and major problems of urban disaster emergency rescue are analyzed ,the methods of management for improving the urban disaster rescue capability are discussed, in order to reduced the lose and keep the continue development of city.
This article aims at discussing the significance of the QRA method for low probability major accidents assessment and control in hoping to enrich the quantified risk assessment (QRA) theory and its implementation in China.
The spontaneous combustion of coal is one of the major disasters influencing safe production of coal mine. It has very important theoretical significance and engineering applying value for effective prediction and forecasting on coal seam fire to explore the intrinsic rule in the coal spontaneous combustion.
In recent years, East China Architectural Design and Research Institute carries out the design and research of the adjustable reverberation technique in connexion with the acoustical design of some major projects such as Shanghai Radio and Television Station building and Shanghai Theatre.
Thirdly, thesystem design is carrying on . At one time, the system is separated into three modules--Major Hazard Installations Database System(MHIDS), Major Hazard Installations Risk Appraise System(MHIRAS) and Geographical Information System (GIS).
Nevertheless,confronted with the tense employment situation, how to exist and develop for the major of safety project,especially the new-founded safety project becomes a problem necessary to be solved immediately.
In this paper, the development is analyzed on the present status of the speciality of Safety Engineering in colleges and universities in China. It is proposed that the establishment of Safety Engineering. Major should mainly be based on Safety science and technologh while considering teaching some practical knowledge.