Open Access. Powered by Scholars. Published by Universities.®
- Discipline
-
- Physics (57)
- Nuclear (55)
- Engineering (52)
- Nuclear Engineering (39)
- Environmental Sciences (35)
-
- Oil, Gas, and Energy (23)
- Education (19)
- Analytical Chemistry (17)
- Social and Behavioral Sciences (17)
- Physical Chemistry (12)
- Medicine and Health Sciences (11)
- Life Sciences (10)
- Earth Sciences (7)
- Other Education (7)
- Business (6)
- Environmental Chemistry (6)
- Sociology (6)
- Sustainability (6)
- Arts and Humanities (5)
- Curriculum and Instruction (5)
- Curriculum and Social Inquiry (5)
- Materials Science and Engineering (5)
- Ceramic Materials (4)
- Communication (4)
- Communication Technology and New Media (4)
- Hydrology (4)
- Inorganic Chemistry (4)
- Keyword
-
- Radioactive wastes (23)
- Research (21)
- Plutonium (18)
- Transmutation Research Program (18)
- Higher education (17)
-
- Radiochemistry (17)
- Nuclear fuels (15)
- Nuclear chemistry (14)
- Uranium (14)
- Mixed oxide fuels (Nuclear engineering) (13)
- Solid oxide fuel cells (12)
- Actinide elements (10)
- Advanced Fuel Cycle Initiative (U.S.) (10)
- Separation (Technology) (8)
- Ecology – Research (7)
- Harry Reid Center for Environmental Studies (7)
- Magnesium oxide (7)
- Scientists (7)
- Sustainability – Research (7)
- Zirconium oxide (7)
- Nevada – Yucca Mountain (6)
- Rare earth metals (6)
- Speciation (Chemistry) (6)
- Technetium (6)
- Nuclear fuel elements (5)
- Tributyl phosphate (5)
- Actinides (4)
- Americium (4)
- Ceramics (4)
- Curium (4)
- Publication Year
- Publication
-
- UNLV Theses, Dissertations, Professional Papers, and Capstones (44)
- Transmutation Research Program Reports (TRP) (19)
- Fuels Campaign (TRP) (12)
- Inside UNLV (10)
- Publications (HRC) (7)
-
- Publications (YM) (6)
- Separations Campaign (TRP) (6)
- Physics & Astronomy Faculty Research (3)
- Undergraduate Research Opportunities Program (UROP) (3)
- Waste Forms Campaign (TRP) (3)
- Health Physics and Diagnostic Sciences Faculty Research (2)
- Safeguards Campaign (TRP) (2)
- Transmutation Sciences Physics (TRP) (2)
- UNLV Magazine (2)
- Chemistry and Biochemistry Faculty Research (1)
- Geoscience Faculty Research (1)
- NSTec UNLV Symposium (1)
- Reports (USI) (1)
- Transmutation Sciences Materials (TRP) (1)
- Publication Type
Articles 121 - 126 of 126
Full-Text Articles in Radiochemistry
Inside Unlv, Diane Russell, Betty Blodgett, Kevin Force, Jennifer Vaughan, Cate Weeks, Jonathan Paver
Inside Unlv, Diane Russell, Betty Blodgett, Kevin Force, Jennifer Vaughan, Cate Weeks, Jonathan Paver
Inside UNLV
No abstract provided.
University Of Nevada, Las Vegas Transmutation Research Program Annual Report 2001, Anthony Hechanova, Elizabeth Johnson, Gary Cerefice
University Of Nevada, Las Vegas Transmutation Research Program Annual Report 2001, Anthony Hechanova, Elizabeth Johnson, Gary Cerefice
Transmutation Research Program Reports (TRP)
The UNLV Transmutation Research Program was established in March 2001 as part of the national Advanced Accelerator Applications program to develop the technologies necessary for the ecological and economical treatment of spent nuclear fuel.
The primary role of the UNLV program in the national effort is the training of graduate and undergraduate students in nuclear engineering and other related fields to support the augmentation of the U.S. human infrastructure for transmutation technologies.
To accomplish this role, UNLV has developed the TRP with the primary focus of supporting student research into transmutation and supporting technologies. This focus is realized through the …
Development Of Dose Conversion Coefficients For Radionuclides Produced In Spallation Neutron Sources, Phillip W. Patton, Mark Rudin
Development Of Dose Conversion Coefficients For Radionuclides Produced In Spallation Neutron Sources, Phillip W. Patton, Mark Rudin
Transmutation Sciences Physics (TRP)
For the first year of this effort, the UNLV research team set out four objectives. First, the university and laboratory consortium had to be established. This consortium was tasked with helping to determine the methodology for determining the dose coefficients, and to ensure that the resulting DCs will be of use to the national programs developing accelerator-driven nuclear systems (such as the SNS or an accelerator-driven transmutation system) and to the health physics community as a whole. The second goal of this program was to determine a methodology and then prioritize the radionuclides so that the research effort would address …
Development Of Dose Coefficients For Radionulides Produced In Spallation Neutron Sources: Annual Report, Phillip W. Patton, Mark Rudin
Development Of Dose Coefficients For Radionulides Produced In Spallation Neutron Sources: Annual Report, Phillip W. Patton, Mark Rudin
Transmutation Sciences Physics (TRP)
The University of Nevada, Las Vegas (UNLV) Transmutation Research Program has been tasked to support U.S. Department of Energy (DOE) efforts to assess the health risks associated with the operation of each of their accelerator-driven nuclear facilities for both NEPA and PSAR development. Quantifying the radiological risks to workers will have to be addressed during the design and siting of each of these facilities. U.S. Environmental Protection Agency (EPA) Federal Guidance Report No. 11 “Limiting Values of Intake and Air Concentration and Dose Conversion Factors for Inhalation, Submersion, and Ingestion”, developed two derived guides, Annual Limit on Intake (ALI) and …
Unlv Magazine, Barbara Cloud, Laurie Fruth, Mae Worthey-Flennoy
Unlv Magazine, Barbara Cloud, Laurie Fruth, Mae Worthey-Flennoy
UNLV Magazine
No abstract provided.
Ground Water Flow Systems Of Central Nevada, G. William Fiero Jr
Ground Water Flow Systems Of Central Nevada, G. William Fiero Jr
UNLV Theses, Dissertations, Professional Papers, and Capstones
The U.S. Atomic Energy Commission has been evaluating a large area of central Nevada in order to define a supplemental test site for the underground testing of high-yield nuclear devices. Safety considerations involving the radiocontamination of the ground water in the vicinity of the test site necessitated that research be conducted to determine the direction and rate of flow of the ground water. This investigation defines the ground water flow systems in eighteen valleys comprising 12,000 square miles of central Nevada.
The definition of the systems was made following a compilation of existing hydrologic and geologic data for the area. …