This is a record of the first scientific results for the coordinated environmental science program currently sponsored by the US Department of Energy. The purpose of the program is to lay the foundation for remediating the nuclear weapons production legacy in the Unived States, the most expensive environmental program ever attempted. The papers presented in this volume cover actinide, inorganic, analytical, physical, biogeochemistry, and seperative chemistry areas of this program.
"Launched in 1996, the US Department of Energy's Environmental Management Science Program (EMSP) was instituted to develop the technology to handle the large-scale contamination of soils, water, air, and facilities resulting from the stockpiling of nuclear weapons. To date, almost 300 scientific
investigations have been funded under the EMSP program. This volume presents an update of the scientific achievements of the program. The 25 contributions include three overview papers, followed by contributions addressing radionuclide and f-element chemistry; separations and treatment chemistry;
geochemistry; physical and radiation chemistry; analytical chemistry; and biochemistry."--SciTech Book News
"Launched in 1996, the US Department of Energy's Environmental Management Science Program (EMSP) was instituted to develop the technology to handle the large-scale contamination of soils, water, air, and facilities resulting from the stockpiling of nuclear weapons. To date, almost 300 scientific
investigations have been funded under the EMSP program. This volume presents an update of the scientific achievements of the program. The 25 contributions include three overview papers, followed by contributions addressing radionuclide and f-element chemistry; separations and treatment chemistry;
geochemistry; physical and radiation chemistry; analytical chemistry; and biochemistry."--SciTech Book News
"Launched in 1996, the US Department of Energy's Environmental Management Science Program (EMSP) was instituted to develop the technology to handle the large-scale contamination of soils, water, air, and facilities resulting from the stockpiling of nuclear weapons. To date, almost 300 scientific investigations have been funded under the EMSP program. This volume presents an update of the scientific achievements of the program. The 25 contributions include three overview papers, followed by contributions addressing radionuclide and f-element chemistry; separations and treatment chemistry; geochemistry; physical and radiation chemistry; analytical chemistry; and biochemistry."--SciTech Book News
"Launched in 1996, the US Department of Energy's Environmental Management Science Program (EMSP) was instituted to develop the technology to handle the large-scale contamination of soils, water, air, and facilities resulting from the stockpiling of nuclear weapons. To date, almost 300 scientific investigations have been funded under the EMSP program. This volume presents an update of the scientific achievements of the program. The 25 contributions include three overview papers, followed by contributions addressing radionuclide and f-element chemistry; separations and treatment chemistry; geochemistry; physical and radiation chemistry; analytical chemistry; and biochemistry."--SciTech Book News
"Launched in 1996, the US Department of Energy's Environmental Management Science Program (EMSP) was instituted to develop the technology to handle the large-scale contamination of soils, water, air, and facilities resulting from the stockpiling of nuclear weapons. To date, almost 300 scientific investigations have been funded under the EMSP program. This volume presents an update of the scientific achievements of the program. The 25 contributions include three overview papers, followed by contributions addressing radionuclide and f-element chemistry; separations and treatment chemistry; geochemistry; physical and radiation chemistry; analytical chemistry; and biochemistry."--SciTech Book News
