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{{Infobox University | |||
|image = | |||
|name = UF Training Reactor | |||
|established = 1959 | |||
|type = | |||
|dean = Dr. C. Abernathy | |||
|director = Dr. K. Jordan | |||
|city = [[Gainesville, Florida|Gainesville]], [[Florida]] | |||
|country = [[United States|USA]] | |||
|students = | |||
|campus = | |||
|website= [http://www.nre.ufl.edu/facilities/uftr.php UF Reactor website] | |||
}} | |||
The '''University of Florida Training Reactor''' ('''UFTR''') is a training and [[List of nuclear reactors#Research_reactors_23|research reactor]] at the [[University of Florida]] in [[Gainesville, Florida]]. It is a [[research reactor]] licensed by the [[Nuclear Regulatory Commission]] and the only research reactor in [[Florida]]. It is used by UF's departments of [[Nuclear engineering|Nuclear and Radiological Engineering]] (NRE), [[Physics]], [[Chemistry]], [[Geology]], and [[Environmental engineering|Environmental]] [[Engineering Science]]s. The reactor is an [[Argonaut class reactor|Argonaut type reactor]]. It has a power limit of 100 [[Watt#Kilowatt|kW]] and uses [[Enriched uranium|low-enriched uranium]] (LEU) as fuel. | |||
The reactor was built and began operation in 1959. [http://www.nre.ufl.edu/facilities/uftraHistory.php] The core contains a number of pounds of low-enriched uranium. The power level is regulated by [[cadmium]] blades that act as a mechanical [[shim (engineering)|shim]] (analogous to [[control rod]]s in a [[pressurized water reactor]]). The UFTR provides neutrons for the '''[[neutron activation analysis|Neutron Activation Analysis]] Laboratory''' ('''NAAL'''), where samples undergo [[gamma spectroscopy]]. A flux of about <math>10^{12}</math> <math>\frac{n}{cm^2 * s}</math>,thermal, activates the samples. The reactor performs neutron activation services for about $40 to $60 per sample, and is competitive to a number of alternative processes. The UFTR underwent a conversion to low-enriched uranium as a part of [[Anti-terrorism legislation|anti-terrorism initiatives]] in 2006. | |||
Teachers, students, or other groups are welcome to visit the reactor with a prior appointment. | |||
==External links== | |||
*[http://www.nuceng.ufl.edu Nuclear Engineering Website] | |||
*[http://www.nre.ufl.edu/geninfo/history.php History of the Reactor] | |||
*[http://news.ufl.edu/2005/10/30/reactor-safe-oped/ Op-ed about the Reactor] | |||
{{U.S. Research Reactors}} | |||
{{University of Florida}} | |||
{{coord missing|Florida}} | |||
{{DEFAULTSORT:Uf Training Reactor}} | |||
[[Category:University of Florida]] | |||
Revision as of 14:10, 25 August 2013
Template:Infobox University The University of Florida Training Reactor (UFTR) is a training and research reactor at the University of Florida in Gainesville, Florida. It is a research reactor licensed by the Nuclear Regulatory Commission and the only research reactor in Florida. It is used by UF's departments of Nuclear and Radiological Engineering (NRE), Physics, Chemistry, Geology, and Environmental Engineering Sciences. The reactor is an Argonaut type reactor. It has a power limit of 100 kW and uses low-enriched uranium (LEU) as fuel.
The reactor was built and began operation in 1959. [1] The core contains a number of pounds of low-enriched uranium. The power level is regulated by cadmium blades that act as a mechanical shim (analogous to control rods in a pressurized water reactor). The UFTR provides neutrons for the Neutron Activation Analysis Laboratory (NAAL), where samples undergo gamma spectroscopy. A flux of about ,thermal, activates the samples. The reactor performs neutron activation services for about $40 to $60 per sample, and is competitive to a number of alternative processes. The UFTR underwent a conversion to low-enriched uranium as a part of anti-terrorism initiatives in 2006.
Teachers, students, or other groups are welcome to visit the reactor with a prior appointment.
External links
Template:U.S. Research Reactors Template:University of Florida Template:Coord missing