The Oklo natural reactor was discovered in 1972. Experimental evidence has indicated that the fuel source was primarily 235U with a small contribution of 7 to 9 percent from the fission of 239Pu. This article's reevaluation of data indicates that 239Pu was an important source of fuel in some areas of the reactor. A small portion of xenon and krypton released from Oklo sample 1348 appears to have originated from a source enriched in 239Pu. That fuel source may have been the core of a natural breeder reactor
This work concludes the investigation of the oxide attribute of current interest for the characteriz...
Precambrian uranium ores have been surveyed for evidence of other natural fission reactors. The requ...
AbstractActinide recycling options of spent nuclear fuel are estimated to have many advantages such ...
number of natural fission reactors. These are found within a uranium mineralisation situated between...
Fourteen natural fission reactors are known to date in three different ore deposits located in the F...
The Oklo-Okelobondo and Bangombe uranium deposits, in Gabon, Africa host Earth's only known natural ...
Discovery of the neutron made it easy to create elements which do not exist in nature. One of these ...
The final draft of a paper entitled The Oklo Reactors: Natural Analogs to Nuclear Waste Repositories...
The natural reactors that occurred in Gabon, Africa over 2 billion years ago present an interesting ...
There is apparently virtually universal agreement that certain deposits found at the Oklo uranium mi...
A report on the immobilization of uranium in the earth's crust has been completed. Techniques have b...
Experimental verification of proposed nuclear waste storage schemes in geologic repositories is not ...
During Fiscal Year 1977, efforts of the Natural Fission Reactor Program have been directed toward (1...
The discovery of the existence of chain reactions at the Oklo natural reactors in Gabon, Central Afr...
This report explores the potential for producing weapons-grade plutonium using conventional industri...
This work concludes the investigation of the oxide attribute of current interest for the characteriz...
Precambrian uranium ores have been surveyed for evidence of other natural fission reactors. The requ...
AbstractActinide recycling options of spent nuclear fuel are estimated to have many advantages such ...
number of natural fission reactors. These are found within a uranium mineralisation situated between...
Fourteen natural fission reactors are known to date in three different ore deposits located in the F...
The Oklo-Okelobondo and Bangombe uranium deposits, in Gabon, Africa host Earth's only known natural ...
Discovery of the neutron made it easy to create elements which do not exist in nature. One of these ...
The final draft of a paper entitled The Oklo Reactors: Natural Analogs to Nuclear Waste Repositories...
The natural reactors that occurred in Gabon, Africa over 2 billion years ago present an interesting ...
There is apparently virtually universal agreement that certain deposits found at the Oklo uranium mi...
A report on the immobilization of uranium in the earth's crust has been completed. Techniques have b...
Experimental verification of proposed nuclear waste storage schemes in geologic repositories is not ...
During Fiscal Year 1977, efforts of the Natural Fission Reactor Program have been directed toward (1...
The discovery of the existence of chain reactions at the Oklo natural reactors in Gabon, Central Afr...
This report explores the potential for producing weapons-grade plutonium using conventional industri...
This work concludes the investigation of the oxide attribute of current interest for the characteriz...
Precambrian uranium ores have been surveyed for evidence of other natural fission reactors. The requ...
AbstractActinide recycling options of spent nuclear fuel are estimated to have many advantages such ...