The accident at the Three Mile Island has focused public attention on reactor safety. Many public figures advocate a safer method of generating nuclear electricity for the second nuclear era in the US. The paper discusses the safety philosophy of a concept deemed suitable for this second nuclear era. The HTGR, in the course of its evolution, included safety as a significant determinant in design philosophy. This is particularly evident in the design features which provide inherent safety. Inherent features cause releases from a wide spectrum of accident conditions to be low. Engineered features supplement inherent features. The significance of HTGR safety features is quantified and order-of-magnitude type of comparisons are made with altern...
The paper deals with Nuclear Reactor Safety Technology (NRST) involving fission and water cooled or ...
Elimination of significant risks in nuclear power production is at the present stage a necessity and...
The global future deployment of advanced nuclear reactors for electricity generation depends prima...
The paper deals with Nuclear Reactor Safety Technology (NRST) involving fission and water cooled or...
After three quarters of a century using nuclear fission to produce energy, Nuclear Reactor Safety an...
Inherent or passive safety is an important design feature of advanced reactors, which require a mult...
The paper deals with Nuclear Reactor Safety Technology (NRST) involving fission and water cooled or ...
The safety of nuclear power builds on many scientific and technical areas of which instrumentation a...
In light of the accident at Three Mile Island, the paper presents a preliminary analysis of the comp...
The Next Generation Nuclear Plant (NGNP) will be a licensed commercial high temperature gas-cooled r...
Sandia National Laboratories has refined a process for developing inherently safer system designs, b...
High Temperature Gas Reactor (HTGR) technology can play an important role in the United States’ ener...
The utilization of nuclear power development and applications as a reliable source for energy produc...
Although it is physically impossible for any nuclear power plant to explode like an atom bomb, an ac...
The inherent properties of a High-Temperature Gas-cooled Reactor (HTGR) facilitate the design of the...
The paper deals with Nuclear Reactor Safety Technology (NRST) involving fission and water cooled or ...
Elimination of significant risks in nuclear power production is at the present stage a necessity and...
The global future deployment of advanced nuclear reactors for electricity generation depends prima...
The paper deals with Nuclear Reactor Safety Technology (NRST) involving fission and water cooled or...
After three quarters of a century using nuclear fission to produce energy, Nuclear Reactor Safety an...
Inherent or passive safety is an important design feature of advanced reactors, which require a mult...
The paper deals with Nuclear Reactor Safety Technology (NRST) involving fission and water cooled or ...
The safety of nuclear power builds on many scientific and technical areas of which instrumentation a...
In light of the accident at Three Mile Island, the paper presents a preliminary analysis of the comp...
The Next Generation Nuclear Plant (NGNP) will be a licensed commercial high temperature gas-cooled r...
Sandia National Laboratories has refined a process for developing inherently safer system designs, b...
High Temperature Gas Reactor (HTGR) technology can play an important role in the United States’ ener...
The utilization of nuclear power development and applications as a reliable source for energy produc...
Although it is physically impossible for any nuclear power plant to explode like an atom bomb, an ac...
The inherent properties of a High-Temperature Gas-cooled Reactor (HTGR) facilitate the design of the...
The paper deals with Nuclear Reactor Safety Technology (NRST) involving fission and water cooled or ...
Elimination of significant risks in nuclear power production is at the present stage a necessity and...
The global future deployment of advanced nuclear reactors for electricity generation depends prima...