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                <div class="moz-text-html" lang="x-western"> <tt>Dear
                    all, </tt><br>
                  <br>
                  <tt> welcome to today's physics colloquium, </tt> <br>
                  <br>
                  <tt> Friday 27 May, at 10:15 in FYS1 Speaker:**Tom
                    Ruth, TRIUMF*** </tt> <br>
                  <tt> Title:&nbsp;&nbsp;&nbsp; **</tt><strong></strong><tt>*</tt><strong></strong>Can
                  accelerators meet the demand for Tc-99m?<tt> </tt><strong></strong><tt>****</tt>
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                    Abstract:</tt> <br>
                  <br>
                  <span style="font-size: 12pt; line-height: 115%;">Technetium-99m
                    is the most widely used radionuclide in medicine
                    worldwide. Historically this isotope has been
                    produced via fission of uranium-235 in a small
                    number of research reactors. These reactors are
                    showing their age (all &gt;45 years) as indicated by
                    prolong shutdowns over the past few years. In an
                    attempt develop alternative methods for the
                    production of Mo-99 and Tc-99m the Government of
                    Canada has funded multiple projects aimed at making
                    use of electron and proton machines for the
                    production of medical isotopes. A description of
                    these approaches will be provided including recent
                    results.</span><br>
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                      Best regards,<br>
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                    <p class="MsoNormal" style="text-align: justify;">Kari

                      Eskola and Ilari Maasilta </p>
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