Securing the radiological safety of people and the environment at all stages of the life cycle of floating nuclear heat-and-power plants

Author:

Gorlinskii Yu. E.,Kut’kov V. A.,Lystsov V. N.,Makarov V. I.,Murzin N. V.,Pavlov V. D.

Publisher

Springer Science and Business Media LLC

Subject

Nuclear Energy and Engineering

Reference18 articles.

1. SP 2.6.1.45-03, Securing the Radiological Safety during the Design, Construction, Operation, and Decommissioning of Low-Capacity Nuclear Heat-and-Power Plants Based on a Floating Power-Generating Unit (SP-ATES-2003). Sanitary Regulations, Federal Office of the Medical-Biological and Extreme Problems of the Russian Ministry of Health, Moscow (2003).

2. R 2.6.1.51-03, Radiological-Hygienic Requirements for a System for Radiological Monitoring of Low-Capacity Nuclear Heat-and-Power Plants Based on Floating Power-Generating Units. Manual, Federal Office of the Medical-Biological and Extreme Problems of the Ministry of Health of Russia, Moscow (2003).

3. A. Ya. Blekher, “Sanitary-hygienic standardization and requirements for radiological monitoring of low-capacity nuclear heat-and-power plants based on a floating power-generating unit,” Appar. Novosti Radiats. Izmer., No. 4(39), 28–35 (2004).

4. SP 2.6.1.01-04. Securing the Radiological Safety of Ports in the Russian Federation During Calling and Berthing of Nuclear-Powered Ships, Nuclear-Technological Service Ships, and Floating Power-Generating Units of Atomic Heat-and-Power Plants (SP RBP-04). Sanitary Regulations, Federal Office of the Medical-Biological and Extreme Problems of the Ministry of Health of Russia, Moscow (2004).

5. NP-079-06, Requirements for Planning Measures on Actions and Protection of Workers in the Event of Radiological Accident at the Nuclear Power Facility Onboard a Ship and (or) Different Floating Facilities. Federal Norms and Rules for Use of Atomic Energy, Rostekhnadzor, Moscow (2006).

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