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The Museum of Anthropology also suggested that the loss of the reactor would have serious adverse impacts on the students and faculty.Several other departments, such as the Chemistry department, said that they had not used the reactor in 30 years and did not plan to in the future.The reactor operated from September 1957 until July 3, 2003.

It was later upgraded to 2 MW, using 19.5% enriched fuel.Letters had been sent to various university departments as well as to other institutions that made use of the reactor, asking for input on their use of the facility. Alex Halliday and Eric Essene from the department of Geology relied heavily on the reactor for their research in Ar-40—Ar-39 aging, and sent strong praise of the reactor.Gary Was from the department of Nuclear Engineering and Radiological Science explained that over 15 NERS courses rely on the reactor, as well as nearly every professor's research.Iodine-131 and Neptunium-59 were produced as a radioactive tracer for the medical school, Bromine-82 was produced for the auto companies, who made use of it to track oil consumption in internal combustion engines.The reactor was also used to train utility workers in 1-2 week nuclear instrumentation and reactor operation courses.It was originally funded by over 25,000 private contributors, including individuals and large corporations, such as the Ford Motor Company, which donated

It was later upgraded to 2 MW, using 19.5% enriched fuel.

Letters had been sent to various university departments as well as to other institutions that made use of the reactor, asking for input on their use of the facility. Alex Halliday and Eric Essene from the department of Geology relied heavily on the reactor for their research in Ar-40—Ar-39 aging, and sent strong praise of the reactor.

Gary Was from the department of Nuclear Engineering and Radiological Science explained that over 15 NERS courses rely on the reactor, as well as nearly every professor's research.

Iodine-131 and Neptunium-59 were produced as a radioactive tracer for the medical school, Bromine-82 was produced for the auto companies, who made use of it to track oil consumption in internal combustion engines.

The reactor was also used to train utility workers in 1-2 week nuclear instrumentation and reactor operation courses.

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It was later upgraded to 2 MW, using 19.5% enriched fuel.Letters had been sent to various university departments as well as to other institutions that made use of the reactor, asking for input on their use of the facility. Alex Halliday and Eric Essene from the department of Geology relied heavily on the reactor for their research in Ar-40—Ar-39 aging, and sent strong praise of the reactor.Gary Was from the department of Nuclear Engineering and Radiological Science explained that over 15 NERS courses rely on the reactor, as well as nearly every professor's research.Iodine-131 and Neptunium-59 were produced as a radioactive tracer for the medical school, Bromine-82 was produced for the auto companies, who made use of it to track oil consumption in internal combustion engines.The reactor was also used to train utility workers in 1-2 week nuclear instrumentation and reactor operation courses.It was originally funded by over 25,000 private contributors, including individuals and large corporations, such as the Ford Motor Company, which donated $1 million.The FNR was a major facility at the MMPP, but the project handled the funding of research grants throughout the university.The reactor offered neutron- and gamma-radiation damage testing services. In June 1997, the Ford Nuclear Reactor Review Committee submitted a report to the Vice President for Research (Vince Pecoraro, at the time) on the future of the FNR.The Committee estimated thatthe reactor was costing the university $1 million / year.On August 11, 1958, the FNR power reached its rated level of 1 megawatt.Research was performed in many multi-disciplined areas.

million.The FNR was a major facility at the MMPP, but the project handled the funding of research grants throughout the university.The reactor offered neutron- and gamma-radiation damage testing services. In June 1997, the Ford Nuclear Reactor Review Committee submitted a report to the Vice President for Research (Vince Pecoraro, at the time) on the future of the FNR.The Committee estimated thatthe reactor was costing the university

It was later upgraded to 2 MW, using 19.5% enriched fuel.

Letters had been sent to various university departments as well as to other institutions that made use of the reactor, asking for input on their use of the facility. Alex Halliday and Eric Essene from the department of Geology relied heavily on the reactor for their research in Ar-40—Ar-39 aging, and sent strong praise of the reactor.

Gary Was from the department of Nuclear Engineering and Radiological Science explained that over 15 NERS courses rely on the reactor, as well as nearly every professor's research.

Iodine-131 and Neptunium-59 were produced as a radioactive tracer for the medical school, Bromine-82 was produced for the auto companies, who made use of it to track oil consumption in internal combustion engines.

The reactor was also used to train utility workers in 1-2 week nuclear instrumentation and reactor operation courses.

||

It was later upgraded to 2 MW, using 19.5% enriched fuel.Letters had been sent to various university departments as well as to other institutions that made use of the reactor, asking for input on their use of the facility. Alex Halliday and Eric Essene from the department of Geology relied heavily on the reactor for their research in Ar-40—Ar-39 aging, and sent strong praise of the reactor.Gary Was from the department of Nuclear Engineering and Radiological Science explained that over 15 NERS courses rely on the reactor, as well as nearly every professor's research.Iodine-131 and Neptunium-59 were produced as a radioactive tracer for the medical school, Bromine-82 was produced for the auto companies, who made use of it to track oil consumption in internal combustion engines.The reactor was also used to train utility workers in 1-2 week nuclear instrumentation and reactor operation courses.It was originally funded by over 25,000 private contributors, including individuals and large corporations, such as the Ford Motor Company, which donated $1 million.The FNR was a major facility at the MMPP, but the project handled the funding of research grants throughout the university.The reactor offered neutron- and gamma-radiation damage testing services. In June 1997, the Ford Nuclear Reactor Review Committee submitted a report to the Vice President for Research (Vince Pecoraro, at the time) on the future of the FNR.The Committee estimated thatthe reactor was costing the university $1 million / year.On August 11, 1958, the FNR power reached its rated level of 1 megawatt.Research was performed in many multi-disciplined areas.

million / year.On August 11, 1958, the FNR power reached its rated level of 1 megawatt.Research was performed in many multi-disciplined areas.

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