AbstractThe three stage Indian nuclear power programme envisages efficient use of its modest uranium resources and full exploitation of its vast Thorium resources. Indian economy is on a fast growth track. The growth in population and economy is creating huge demand for energy which has to be met with environmentally benign technologies. Nuclear Energy is best suited to meet this demand without causing undue environmental impact. In view of limited resources of Uranium and vast resources of Thorium, a closed fuel cycle to fully exploit the potential of the two resources is co nsidered essential. In conformity with such a strategy, Recycle fuel fabrication technologies have been under development in India for over three decades. Some of the ...
AbstractPresently the installed capacity of electricity generation in India is 160 GWe. The integrat...
With an increased population and an increasing demand for power, nuclear power has attracted an incr...
Fasf breeder reactors with closed fuel cycle constitute the second stage of the three-stage nuclear ...
AbstractThe three stage Indian nuclear power programme envisages efficient use of its modest uranium...
The long-term self-reliance to meet the ever-growing power demand in India can be achieved if the h...
DEVELOPMENT OF ADVANCED NUCLEAR ENERGY SYSTEMS IN INDIA. To ensure long term availability of nuclear...
The growing energy needs of India can be fulfilled only by judicious mix of all the fuel resources. ...
AbstractThe Indian nuclear power programme envisages use of closed nuclear fuel cycle and thorium ut...
AbstractSubstantial progresses made in last five decades in the front end of the nuclear fuel cycle ...
STUDIES OF ADVANCED FUEL CYCLES IN INDIAN PHWRs AND AHWR. Presently, Pressurized Heavy Water Reactor...
India's nuclear energy strategy has traditionally strived for energy self-sufficiency, driven largel...
The role that could be played by liquid metal-cooled fast breeder reactors (LMFBRs) in the utilizati...
In order to maintain a sustained and planned economic growth rate of 8% in the coming years and to m...
India entered the nuclear age on August 4, 1956 by commissioning the first nuclear reactor Apsara. N...
The use of thorium as a “fertile” material in combination with a fissile material (either U233, U235...
AbstractPresently the installed capacity of electricity generation in India is 160 GWe. The integrat...
With an increased population and an increasing demand for power, nuclear power has attracted an incr...
Fasf breeder reactors with closed fuel cycle constitute the second stage of the three-stage nuclear ...
AbstractThe three stage Indian nuclear power programme envisages efficient use of its modest uranium...
The long-term self-reliance to meet the ever-growing power demand in India can be achieved if the h...
DEVELOPMENT OF ADVANCED NUCLEAR ENERGY SYSTEMS IN INDIA. To ensure long term availability of nuclear...
The growing energy needs of India can be fulfilled only by judicious mix of all the fuel resources. ...
AbstractThe Indian nuclear power programme envisages use of closed nuclear fuel cycle and thorium ut...
AbstractSubstantial progresses made in last five decades in the front end of the nuclear fuel cycle ...
STUDIES OF ADVANCED FUEL CYCLES IN INDIAN PHWRs AND AHWR. Presently, Pressurized Heavy Water Reactor...
India's nuclear energy strategy has traditionally strived for energy self-sufficiency, driven largel...
The role that could be played by liquid metal-cooled fast breeder reactors (LMFBRs) in the utilizati...
In order to maintain a sustained and planned economic growth rate of 8% in the coming years and to m...
India entered the nuclear age on August 4, 1956 by commissioning the first nuclear reactor Apsara. N...
The use of thorium as a “fertile” material in combination with a fissile material (either U233, U235...
AbstractPresently the installed capacity of electricity generation in India is 160 GWe. The integrat...
With an increased population and an increasing demand for power, nuclear power has attracted an incr...
Fasf breeder reactors with closed fuel cycle constitute the second stage of the three-stage nuclear ...