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The Division of Applied Nuclear Physics conducts research in the areas of nuclear reactions, nuclear fuel diagnostics and safeguards, neutron diagnostics for fusion energy and interaction of high velocity ions in various materials. The Division of Applied Nuclear Physics offers training and expertise in instrumentation, numerical modeling and computer simulation of nuclear reactions and interactions as well as nuclear measurements techniques.
The fission group focuses on measurement techniques, instrumentation and analysis methods for the (fission) nuclear energy sector, for usage in nuclear fuel diagnostics and safeguards, and in future reactor concepts. We are developing techniques that utilize various radiation types to examine nuclear materials, e.g. neutron transmission tomography, gamma spectroscopy and tomography, Cherenkov imaging.
Description of the project:
Recently, the technique of Gamma Emission Tomography (GET) has been applied with success in material test reactor in Halden, where it is used to study the behavior of nuclear fuels upon irradiation with neutrons. This technique offers nonintrusive measurements of the radioisotope distributions in the fuel. This enables data on nuclear fuel phenomena such as migration of fission products, burnup and power distributions, and dimensional changes of fuel and cladding in a timely manner.
In this project, enhancement of the GET technique is envisioned, by improving the ability to resolve small spatial features of the nuclear fuel, toward 100 μm. This will rquire adjustment of the existing instrument’s hardware. Such a tool may greatly aid in the development phase of enhanced-accident tolerant nuclear fuels (ATF), by providing non-destructive, high-resolution images of freshly irradiated test fuels in close vicinity to the reactor.
Our group maintains the necessary infrastructures for instrument development, such as a radiation laboratory facility with a GET prototype and a computer cluster for radiation transport simulations. In addition, through our collaborations, we have access to a reactor with irradiated nuclear fuels and a world-unique GET instrument for irradiated nuclear fuels.
Specific duties:
Requirements:
Desirable qualifications and experience:
The application should include the following documents:
Employment conditions:
Rules governing Ph.D. candidates are set out in the Higher Education Ordinance Chapter 5, §§ 1-7 and in Uppsala university's rules and guidelines http://regler.uu.se/search/?hits=30&languageId=1&search-language_en=English.
Uppsala University strives to be an inclusive workplace that promotes equal opportunities and attracts qualified candidates who can contribute to the University’s excellence and diversity. We welcome applications from all sections of the community and from people of all backgrounds.
Salary: According to local agreement for PhD students and teaching assistants.
Starting date: 01-10-2018, temporary position ending 30-09-2020.
Type of position: Full time position.
For further information about the position please contact: Peter Andersson, peter.andersson@physics.uu.se, phone +46 18 471 3042.
Please submit your application by 31 July 2018, UFV-PA 2018/1875.
Are you considering moving to Sweden to work at Uppsala University? If so, you will find a lot of information about working and living in Sweden at www.uu.se/joinus. You are also welcome to contact International Faculty and Staff Services at ifss@uadm.uu.se.
Type of employment | Temporary position |
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Contract type | Full time |
First day of employment | 01-10-2018 |
Salary | Fixed salary |
Number of positions | 1 |
Full-time equivalent | 100 % |
City | Uppsala |
County | Uppsala län |
Country | Sweden |
Reference number | UFV-PA 2018/1875 |
Union representative |
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Published | 12.Jun.2018 |
Last application date | 31.Jul.2018 11:59 PM CEST |