astroweb.triumf.ca
JINA-CEE/TRIUMF Workshop: Recoil Separators for Nuclear Astrophysics | TRIUMF Dragon
http://astroweb.triumf.ca/jina-ceetriumf-workshop-recoil-separators-nuclear-astrophysics
Monthly Nuclear Astrophysics Group Meeting. Canadian Nuclear Astrophysics White Paper. Poster Nuclear Astrophysics TRIUMF-UVic-HIA. JINA-CEE/TRIUMF Workshop: Recoil Separators for Nuclear Astrophysics. TRIUMF, Vancouver, British Columbia, 11th - 12th October 2016. We will be holding a JINA-CEE/TRIUMF Satellite Workshop on Recoil Separators for Nuclear Astrophysics on Tues 11th and Wed 12th October, 2016, at the TRIUMF laboratory in Vancouver, Canada. The Workshop is funded by JINA-CEE and TRIUMF. Dan Bar...
astroweb.triumf.ca
News | TRIUMF Dragon
http://astroweb.triumf.ca/news
Monthly Nuclear Astrophysics Group Meeting. Canadian Nuclear Astrophysics White Paper. Poster Nuclear Astrophysics TRIUMF-UVic-HIA. Highest mass capture measurement with radioactive beam. The DRAGON collaboration has recently performed an experiment measuring the strength of the. K(p, γ). Ca radiative proton capture reaction. This reaction is significant in oxygen-neon novae and can potentially have significant consequences for the abundances of. The experiment represents a significant technical achievem...
astroweb.triumf.ca
Nova Framework | TRIUMF Dragon
http://astroweb.triumf.ca/nova-framework
Monthly Nuclear Astrophysics Group Meeting. Canadian Nuclear Astrophysics White Paper. Poster Nuclear Astrophysics TRIUMF-UVic-HIA. The objective of this project is to create a publicly-available framework that can be used by an individual researcher or a student to study nova explosions and nucleosynthesis. The nova framework uses the powers of the state-of-the-art stellar evolution code MESA. And post-processing nucleosynthesis code NuGrid. The NSF grant PHY08-22648), TRIUMF. Reports first results of o...
astroweb.triumf.ca
Recoil Separators Review Article Published | TRIUMF Dragon
http://astroweb.triumf.ca/news/recoil-separators-review-article-published
Monthly Nuclear Astrophysics Group Meeting. Canadian Nuclear Astrophysics White Paper. Poster Nuclear Astrophysics TRIUMF-UVic-HIA. Recoil Separators Review Article Published. A review article entitled Recoil separators for radiative capture using radioactive ion beams. Authored by DRAGON collaborators has been published in the European Physical Journal A. The abstract can be seen here:. Username or e-mail: *.
astroweb.triumf.ca
People | TRIUMF Dragon
http://astroweb.triumf.ca/people-triumf
Monthly Nuclear Astrophysics Group Meeting. Canadian Nuclear Astrophysics White Paper. Poster Nuclear Astrophysics TRIUMF-UVic-HIA. Research Scientist - TRIUMF. Barry Davids graduated with a B.Sc. in Mathematics from the University of Chicago in 1993 and went on to complete a Ph.D. in Physics at Michigan State University. As a Ph.D. candidate, he studied the. Be(p, γ). Barry also works on DSL (TRIUMF’s Doppler Shift Lifetimes facility), studying the. O(α, γ). O(α, γ). Chris Ruiz is a Scientist in the Phy...
astroweb.triumf.ca
The DRAGON System | TRIUMF Dragon
http://astroweb.triumf.ca/dragon/system
Monthly Nuclear Astrophysics Group Meeting. Canadian Nuclear Astrophysics White Paper. Poster Nuclear Astrophysics TRIUMF-UVic-HIA. Before DRAGON can do its job, we have to create some particles to separate! This is done in the gas target. We fill the target with either hydrogen or helium (their nuclei being protons and alpha particles respectively), and pass a beam of radioactive particles generated by the ISAC facility. Username or e-mail: *.
astroweb.triumf.ca
Monthly Nuclear Astrophysics Group Meeting | TRIUMF Dragon
http://astroweb.triumf.ca/monthly-nuclear-astrophysics-group-meeting
Monthly Nuclear Astrophysics Group Meeting. Canadian Nuclear Astrophysics White Paper. Poster Nuclear Astrophysics TRIUMF-UVic-HIA. Monthly Nuclear Astrophysics Group Meeting. The monthly Nuclear Astro. Group meeting is held at 11 am on the first Wednesday of each month in the ISAC II Conference Room. Here, students and staff are encouraged to present physics topics for discussion, from current experimental or theoretical work that the Group are involved in, to interesting new journal articles. Measureme...
astroweb.triumf.ca
The Science Behind DRAGON: | TRIUMF Dragon
http://astroweb.triumf.ca/dragon/science-behind-dragon-origin-elements
Monthly Nuclear Astrophysics Group Meeting. Canadian Nuclear Astrophysics White Paper. Poster Nuclear Astrophysics TRIUMF-UVic-HIA. The Science Behind DRAGON:. The Origin of the chemical elements, stellar evolution and star death. Without the elements, we would be nothing. Whether it be the oxygen we breathe, the carbon in our bones, or the gold in our precious jewelry, elements make up every part of our world. But where did these elements come from? Explosive envionments at the end of a stars life have ...
astroweb.triumf.ca
People | TRIUMF Dragon
http://astroweb.triumf.ca/people
Monthly Nuclear Astrophysics Group Meeting. Canadian Nuclear Astrophysics White Paper. Poster Nuclear Astrophysics TRIUMF-UVic-HIA. Research Scientist - TRIUMF. Barry Davids graduated with a B.Sc. in Mathematics from the University of Chicago in 1993 and went on to complete a Ph.D. in Physics at Michigan State University. As a Ph.D. candidate, he studied the. Be(p, γ). Barry also works on DSL (TRIUMF’s Doppler Shift Lifetimes facility), studying the. O(α, γ). O(α, γ). Chris Ruiz is a Scientist in the Phy...
recreationalnuclearphysics.blogspot.com
Recreational Nuclear Physics: September 2012
http://recreationalnuclearphysics.blogspot.com/2012_09_01_archive.html
Sunday, September 30, 2012. EU Invests in Romania’s Nuclear Photonics Project. From Photonics.com: EU Invests in Romania’s Nuclear Photonics Project. BRUSSELS, Sept. 19, 2012 — The European Commission approved on Tuesday nearly €180 million ($235 million) for a new laboratory in Romania that will study laser-based nuclear physics. The ELI-NP, to be built in Magurele, south of Bucharest, will consist of two major components, a very high intensity laser constructed by combining the beams of two 10-petawatt...
