Abstract
Based on the studies of the origin of continental intermediate-acid volcanic magmas, the original uranium content in the magmas, the evolution of magmas and the late re-model of volcanic rocks, the mechanism of uranium concentration towards hydrothermal fluid and volatile components is suggested. A formula to calculated comprehensive uranium-bearing capability and a quantitative evaluating model of volcanic rock basins are proposed. By using above method, superior uranium-bearing basins can be selected from a large quantity of volcanic rock basins. The verification of correctness for this method has been proved, and the result is in good agreement with the uranium mineralization in the known regions. Two first class prospective basins have been selected from 16 volcanic rock basins in the southeast China. These reduce the number of target area and the results are satisfactory.
Xiaoyu, Liu
[1]
- Beijing Research Inst. of Uranium Geology (China)
Citation Formats
Xiaoyu, Liu.
The quantitative calculation of comprehensive uranium-bearing capability in volcanic rock basins and the selection of uranium-bearing basins.
China: N. p.,
1993.
Web.
Xiaoyu, Liu.
The quantitative calculation of comprehensive uranium-bearing capability in volcanic rock basins and the selection of uranium-bearing basins.
China.
Xiaoyu, Liu.
1993.
"The quantitative calculation of comprehensive uranium-bearing capability in volcanic rock basins and the selection of uranium-bearing basins."
China.
@misc{etde_10157269,
title = {The quantitative calculation of comprehensive uranium-bearing capability in volcanic rock basins and the selection of uranium-bearing basins}
author = {Xiaoyu, Liu}
abstractNote = {Based on the studies of the origin of continental intermediate-acid volcanic magmas, the original uranium content in the magmas, the evolution of magmas and the late re-model of volcanic rocks, the mechanism of uranium concentration towards hydrothermal fluid and volatile components is suggested. A formula to calculated comprehensive uranium-bearing capability and a quantitative evaluating model of volcanic rock basins are proposed. By using above method, superior uranium-bearing basins can be selected from a large quantity of volcanic rock basins. The verification of correctness for this method has been proved, and the result is in good agreement with the uranium mineralization in the known regions. Two first class prospective basins have been selected from 16 volcanic rock basins in the southeast China. These reduce the number of target area and the results are satisfactory.}
place = {China}
year = {1993}
month = {Apr}
}
title = {The quantitative calculation of comprehensive uranium-bearing capability in volcanic rock basins and the selection of uranium-bearing basins}
author = {Xiaoyu, Liu}
abstractNote = {Based on the studies of the origin of continental intermediate-acid volcanic magmas, the original uranium content in the magmas, the evolution of magmas and the late re-model of volcanic rocks, the mechanism of uranium concentration towards hydrothermal fluid and volatile components is suggested. A formula to calculated comprehensive uranium-bearing capability and a quantitative evaluating model of volcanic rock basins are proposed. By using above method, superior uranium-bearing basins can be selected from a large quantity of volcanic rock basins. The verification of correctness for this method has been proved, and the result is in good agreement with the uranium mineralization in the known regions. Two first class prospective basins have been selected from 16 volcanic rock basins in the southeast China. These reduce the number of target area and the results are satisfactory.}
place = {China}
year = {1993}
month = {Apr}
}