Lexicographical Neighbors of Synroc
Literary usage of Synroc
Below you will find example usage of this term as found in modern and/or classical literature:
1. An International Spent Nuclear Fuel Storage Facility: Exploring a Russian by Glenn E. Schweitzer, A. Chelsea Sharber (2005)
"Microstructure and composition of synroc samples crystallized from a ...
Immobilization of uranium-rich high-level radioactive liquid waste in synroc-FA. ..."
2. Public Participation in Nuclear Decision-Making: Proceedings of and by International Atomic Energy Agency, OECD Nuclear Energy Agency (1993)
"At the opposite end of the fuel-cycle, Australia is developing synroc as a second
generation high-level waste disposal technology; it still requires more ..."
3. Trends in the Nuclear Fuel Cycle: Economic, Environmental and Social Aspects by OECD Nuclear Energy Agency, Nea (2001)
"synroc) [78]. However. the spent fuel disposal cost in the ROX-LWR systems is
rather high compared to today's estimates for LWR-UOX and MOX fuel cycles. ..."
4. The Safety of the Nuclear Fuel Cycle by OECD Nuclear Energy Agency (2005)
"This process is carried out at high pressure and at temperatures of around 1 200°C.
The resulting synthetic material synroc is thermodynamically stable in ..."
5. An International Spent Nuclear Fuel Storage Facility: Exploring a Russian by Glenn E. Schweitzer, A. Chelsea Sharber (2005)
"Microstructure and composition of synroc samples crystallized from a ...
Immobilization of uranium-rich high-level radioactive liquid waste in synroc-FA. ..."
6. Public Participation in Nuclear Decision-Making: Proceedings of and by International Atomic Energy Agency, OECD Nuclear Energy Agency (1993)
"At the opposite end of the fuel-cycle, Australia is developing synroc as a second
generation high-level waste disposal technology; it still requires more ..."
7. Trends in the Nuclear Fuel Cycle: Economic, Environmental and Social Aspects by OECD Nuclear Energy Agency, Nea (2001)
"synroc) [78]. However. the spent fuel disposal cost in the ROX-LWR systems is
rather high compared to today's estimates for LWR-UOX and MOX fuel cycles. ..."
8. The Safety of the Nuclear Fuel Cycle by OECD Nuclear Energy Agency (2005)
"This process is carried out at high pressure and at temperatures of around 1 200°C.
The resulting synthetic material synroc is thermodynamically stable in ..."
9. An International Spent Nuclear Fuel Storage Facility: Exploring a Russian by Glenn E. Schweitzer, A. Chelsea Sharber (2005)
"Microstructure and composition of synroc samples crystallized from a ...
Immobilization of uranium-rich high-level radioactive liquid waste in synroc-FA. ..."
10. Public Participation in Nuclear Decision-Making: Proceedings of and by International Atomic Energy Agency, OECD Nuclear Energy Agency (1993)
"At the opposite end of the fuel-cycle, Australia is developing synroc as a second
generation high-level waste disposal technology; it still requires more ..."
11. Trends in the Nuclear Fuel Cycle: Economic, Environmental and Social Aspects by OECD Nuclear Energy Agency, Nea (2001)
"synroc) [78]. However. the spent fuel disposal cost in the ROX-LWR systems is
rather high compared to today's estimates for LWR-UOX and MOX fuel cycles. ..."
12. The Safety of the Nuclear Fuel Cycle by OECD Nuclear Energy Agency (2005)
"This process is carried out at high pressure and at temperatures of around 1 200°C.
The resulting synthetic material synroc is thermodynamically stable in ..."
13. An International Spent Nuclear Fuel Storage Facility: Exploring a Russian by Glenn E. Schweitzer, A. Chelsea Sharber (2005)
"Microstructure and composition of synroc samples crystallized from a ...
Immobilization of uranium-rich high-level radioactive liquid waste in synroc-FA. ..."
14. Public Participation in Nuclear Decision-Making: Proceedings of and by International Atomic Energy Agency, OECD Nuclear Energy Agency (1993)
"At the opposite end of the fuel-cycle, Australia is developing synroc as a second
generation high-level waste disposal technology; it still requires more ..."
15. Trends in the Nuclear Fuel Cycle: Economic, Environmental and Social Aspects by OECD Nuclear Energy Agency, Nea (2001)
"synroc) [78]. However. the spent fuel disposal cost in the ROX-LWR systems is
rather high compared to today's estimates for LWR-UOX and MOX fuel cycles. ..."
16. The Safety of the Nuclear Fuel Cycle by OECD Nuclear Energy Agency (2005)
"This process is carried out at high pressure and at temperatures of around 1 200°C.
The resulting synthetic material synroc is thermodynamically stable in ..."
Other Resources:
