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Portrait of Dr Adriana Bungau Dr Adriana Bungau

a.bungau@hud.ac.uk | 01484 471826



Biography

Adriana joined the University of Huddersfield in 2008 as a Research Fellow working on target design and optimisation for two accelerator facilities, ISIS and ESS. She is currently working on Daedalus experiment and Isodar neutrino source in collaboration with Massachusetts Institute of Technology.

Between 2005 and 2008 Adriana worked as a research associate at the University of Manchester in the field of Particle Accelerators, specifically on development of large software and hardware systems for various linear collider designs.

Research & Scholarship

As a Research Fellow at the University of Huddersfield Adriana worked on target design and optimisation for the ISIS Muon Facility in order to improve the surface muon production by optimising the target geometry and material and by finding the optimum energy of the proton driver. She has also been involved in the neutron target optimisation for the European Spallation Source and background and activation studies of the HEBT at the same facility.

Currently she is working on the design of a novel, high intensity source of electron neutrinos(Isodar) and on Daedalus project in collaboration with MIT.

Previous work at Manchester includes ollimator wakefields in the Beam Delivery System for the International Linear Collider. She also worked on the MERLIN code development by adding several classes for higher order modes wakefields which are now part of the MERLIN core. Adriana took part in an experiment at SLAC at End Station A, where they measured the wakefield kick for various types of collimators.

Publications and Other Research Outputs

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undef, 'pages' => undef, 'source' => undef, 'lastmod_hour' => '11', 'number' => undef, 'rev_number' => '6', 'edit_lock_user' => '6', 'series' => 'IPAC 2013', 'creators_name_lineage' => '', 'pos' => '0', 'metadata_visibility' => 'show', 'eprint_status' => 'archive', 'creators_name_given' => 'Adriana', 'exhibitors_name_lineage' => undef, 'divisions' => 'sas', 'institution' => undef, 'subjects' => 'Q1', 'gscholar_datestamp_hour' => undef, 'producers_name_lineage' => undef, 'lyricists_name_given' => undef, 'completion_time' => undef, 'status_changed_minute' => '38', 'conductors_name_honourific' => undef, 'exhibitors_name_family' => undef, 'lyricists_name_honourific' => undef, 'event_type' => undef, 'importid' => undef, 'status_changed_day' => '19', 'datestamp_day' => '19', 'abstract' => 'ISODAR (Isotopes-Decay-At-Rest) is a novel, high intensity source of electron antineutrinos produced by the decay of Li-8 isotopes, which aims for searches for physics beyond the standard model. The Li-8 isotopes are produced in the inelastic interactions of low energy protons or deuterons with a Beryllium target. In addition the Li-8 is produced in the surrounding materials by secondary neutrons. This paper focuses on the optimisation of the base design target, moderator and reflector.', 'creators_id' => 'a.bungau@hud.ac.uk', 'contributors_name_lineage' => undef, 'userid' => '6', 'patent_applicant' => undef, 'monograph_type' => undef, 'datestamp_minute' => '38', 'lyricists_name_family' => undef, 'sword_slug' => undef, 'id_number' => undef, 'volume' => undef, 'gscholar_datestamp_month' => undef, 'conductors_id' => undef, 'suggestions' => undef, 'referencetext' => undef, 'date_year' => '2013', 'status_changed_hour' => '11', 'gscholar_cluster' => undef, 'producers_name_family' => undef }, '14030' => { 'funders' => undef, 'conductors_name_family' => undef, 'num_pieces' => undef, 'department' => undef, 'contributors_id' => undef, 'gscholar_datestamp_second' => undef, 'keywords' => undef, 'lyricists_name_lineage' => undef, 'lyricists_id' => undef, 'edit_lock_since' => '1371725255', 'creatorlist' => { '1' => { 'creators_name_lineage' => '', 'creators_name_family' => 'Barlow', 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It is proposed to produce Lithium 8 with a commercially available 60 MeV cyclotron using protons or alpha particles on a Beryllium 9 target. We have used the GEANT4 program to model these processes, and calculate the anti-neutrino fluxes that could be obtained in a practical system. 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The muon flux is calculated as a function of proton energy over a wide range, which covers the energies at the existing muon and neutron facilities worldwide. The muon and higher energy pion yields are normalised per beam current and accelerator power. The case of a higher energy of the proton driver at the ISIS muon facility is also examined.', 'creators_id' => 'a.bungau@hud.ac.uk', 'contributors_name_lineage' => undef, 'userid' => '6', 'patent_applicant' => undef, 'monograph_type' => undef, 'datestamp_minute' => '22', 'lyricists_name_family' => undef, 'sword_slug' => undef, 'id_number' => undef, 'volume' => undef, 'gscholar_datestamp_month' => undef, 'conductors_id' => undef, 'suggestions' => undef, 'referencetext' => undef, 'date_year' => '2010', 'status_changed_hour' => '14', 'gscholar_cluster' => undef, 'producers_name_family' => undef }, '12224' => { 'funders' => undef, 'conductors_name_family' => undef, 'num_pieces' => undef, 'department' => undef, 'contributors_id' => undef, 'gscholar_datestamp_second' => undef, 'keywords' => undef, 'lyricists_name_lineage' => undef, 'lyricists_id' => undef, 'edit_lock_since' => '1329997162', 'creatorlist' => { '1' => { 'creators_name_lineage' => '', 'creators_name_family' => 'Cywinski', 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At the present time, the graphite target, of dimensions 50*50*7 mm oriented at 45 degrees to a proton beam of 800 MeV energy, gives 16000 surface muons per double proton pulse passing through the entrance aperture of the aluminium window which separates the muon beamlines from the main proton beam. Potential improvements to the target geometry, and optimisation of the design and estimated performance of the muon target are presented in this paper', 'creators_id' => 'a.bungau@hud.ac.uk', 'contributors_name_lineage' => undef, 'userid' => '6', 'patent_applicant' => undef, 'monograph_type' => undef, 'datestamp_minute' => '14', 'lyricists_name_family' => undef, 'sword_slug' => undef, 'id_number' => undef, 'volume' => undef, 'gscholar_datestamp_month' => undef, 'conductors_id' => undef, 'suggestions' => undef, 'referencetext' => undef, 'date_year' => '2009', 'status_changed_hour' => '12', 'gscholar_cluster' => undef, 'producers_name_family' => undef }, '12234' => { 'funders' => undef, 'conductors_name_family' => undef, 'num_pieces' => undef, 'department' => undef, 'contributors_id' => undef, 'gscholar_datestamp_second' => undef, 'keywords' => undef, 'lyricists_name_lineage' => undef, 'lyricists_id' => undef, 'edit_lock_since' => '1341926754', 'creatorlist' => { '1' => { 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New GEANT4 developments allow the Monte Carlo code to be used for the first time in order to simulate the time evolution of the concentration of isotopes present in the Thorium fuel cycle. A full study is performed in order to optimise the production of Uranium- 233 starting with “pure” Thorium fuels, leading to levels of Uranium-233 which ensure the operation of the nuclear reactor in a regime close to criticality.', 'creators_id' => 'a.bungau@hud.ac.uk', 'contributors_name_lineage' => undef, 'userid' => '6', 'patent_applicant' => undef, 'monograph_type' => undef, 'datestamp_minute' => '5', 'lyricists_name_family' => undef, 'sword_slug' => undef, 'id_number' => undef, 'volume' => undef, 'gscholar_datestamp_month' => undef, 'conductors_id' => undef, 'suggestions' => undef, 'referencetext' => undef, 'date_year' => '2011', 'status_changed_hour' => '15', 'gscholar_cluster' => undef, 'producers_name_family' => undef }, '12228' => { 'funders' => undef, 'conductors_name_family' => undef, 'num_pieces' => undef, 'department' => undef, 'contributors_id' => undef, 'gscholar_datestamp_second' => undef, 'keywords' => undef, 'lyricists_name_lineage' => undef, 'lyricists_id' => undef, 'edit_lock_since' => '1341926905', 'creatorlist' => { '1' => { 'creators_name_lineage' => '', 'creators_name_family' => 'Cywinski', 'eprintid' => '12228', 'creators_name_honourific' => '', 'pos' => '1', 'creators_name_given' => 'R.', 'creators_id' => 'r.cywinski@hud.ac.uk' }, '4' => { 'creators_name_lineage' => '', 'creators_name_family' => 'Lord', 'eprintid' => '12228', 'creators_name_honourific' => '', 'pos' => '4', 'creators_name_given' => 'James', 'creators_id' => undef }, '0' => { 'creators_name_lineage' => '', 'creators_name_family' => 'Bungau', 'eprintid' => '12228', 'creators_name_honourific' => '', 'pos' => '0', 'creators_name_given' => 'Adriana', 'creators_id' => 'a.bungau@hud.ac.uk' }, '3' => { 'creators_name_lineage' => '', 'creators_name_family' => 'King', 'eprintid' => '12228', 'creators_name_honourific' => '', 'pos' => '3', 'creators_name_given' => 'Phlip', 'creators_id' => undef }, '2' => { 'creators_name_lineage' => '', 'creators_name_family' => 'Bungau', 'eprintid' => '12228', 'creators_name_honourific' => '', 'pos' => '2', 'creators_name_given' => 'Cristian', 'creators_id' => 'c.bungau@hud.ac.uk' } }, 'exhibitors_id' => undef, 'latitude' => undef, 'replacedby' => undef, 'status_changed_month' => '12', 'editors_name_honourific' => undef, 'admin_note' => 'Emailed permission SJT 20/12/11', 'event_title' => undef, 'date_type' => 'published', 'pres_type' => undef, 'longitude' => undef, 'creators_name_honourific' => '', 'include_in_hebci' => 'no', 'producers_name_honourific' => undef, 'scopus_citation_count' => undef, 'datestamp_year' => '2011', 'fileinfo' => '/style/images/fileicons/application_pdf.png;/12228/1/bungau5mopea076%2Dgeometry.pdf', 'status_changed_second' => '59', 'exhibitors_name_honourific' => undef, 'editors_id' => undef, 'title' => 'Geometry Optimization of the ISIS Muon Target ', 'corp_creators' => undef, 'contributors_name_given' => undef, 'alt_title' => undef, 'contributors_name_family' => undef, 'sponsors' => undef, 'output_media' => undef, 'editors_name_lineage' => undef, 'dir' => 'disk0/00/01/22/28', 'overlay_journal_id' => undef, 'gscholar_datestamp_year' => undef, 'ispublished' => 'pub', 'item_issues_count' => '0', 'conductors_name_given' => undef, 'sword_depositor' => undef, 'full_text_status' => 'public', 'lastmod_minute' => '28', 'refereed' => undef, 'contact_email' => undef, 'copyright_holders' => undef, 'date_day' => undef, 'gscholar_impact' => undef, 'official_url' => 'http://accelconf.web.cern.ch/AccelConf/IPAC10/papers/mopea076.pdf', 'succeeds' => undef, 'datestamp_month' => '12', 'commentary' => undef, 'lastmod_day' => '10', 'publisher' => 'IPAC 10 OC/ACFA', 'pagerange' => '250-252', 'include_in_pedagogical' => 'no', 'task_purpose' => undef, 'status_changed_year' => '2011', 'book_title' => 'IPAC'10 - Proceedings of the 1st International Particle Accelerator Conference', 'thesis_name' => undef, 'event_location' => undef, 'type' => 'book_section', 'publication' => undef, 'lastmod_second' => '49', 'place_of_pub' => 'Kyoto, Japan', 'contributors_name_honourific' => undef, 'gscholar_datestamp_day' => undef, 'issn' => undef, 'datestamp_hour' => '14', 'exhibitors_name_given' => undef, 'creators_name_family' => 'Bungau', 'composition_type' => undef, 'producers_id' => undef, 'datestamp_second' => '0', 'note' => undef, 'edit_lock_until' => '0', 'editor_note' => undef, 'pedagogic_type' => undef, 'date_month' => 5, 'rights' => undef, 'contributors_type' => undef, 'scopus_id' => undef, 'eprintid' => '12228', 'producers_name_given' => undef, 'thesis_type' => undef, 'projects' => undef, 'lastmod_year' => '2012', 'data_type' => undef, 'gscholar_datestamp_minute' => undef, 'editors_name_given' => undef, 'isbn' => '9789290833529', 'include_in_cv' => 'yes', 'editors_name_family' => undef, 'lastmod_month' => '7', 'event_dates' => undef, 'fulltimestamp' => '20100500', 'learning_level' => undef, 'conductors_name_lineage' => undef, 'pages' => undef, 'source' => undef, 'lastmod_hour' => '13', 'number' => undef, 'rev_number' => '6', 'edit_lock_user' => '6', 'series' => undef, 'creators_name_lineage' => '', 'pos' => '0', 'metadata_visibility' => 'show', 'eprint_status' => 'archive', 'creators_name_given' => 'Adriana', 'exhibitors_name_lineage' => undef, 'divisions' => 'sas', 'institution' => undef, 'subjects' => 'Q1', 'gscholar_datestamp_hour' => undef, 'producers_name_lineage' => undef, 'lyricists_name_given' => undef, 'completion_time' => undef, 'status_changed_minute' => '6', 'conductors_name_honourific' => undef, 'exhibitors_name_family' => undef, 'lyricists_name_honourific' => undef, 'event_type' => undef, 'importid' => undef, 'status_changed_day' => '20', 'datestamp_day' => '20', 'abstract' => 'ISIS is the world’s most successful pulsed spallation neutron source that provides beams of neutrons and muons that enable scientists to study the properties of the matter at the atomic level. Restrictions are imposed on the muon target regarding thickness as this will affect the proton transmission to the second neutron target. However, it could be possible to improve the muon production by optimizing the target geometry. Currently the muon target is a 7 mm thick graphite plate oriented at 45 degrees with respect to the proton beam. A set of slices placed at variable distance is proposed instead of the 7 mm thick graphite target. The performance of the set of slices is examined in this paper', 'creators_id' => 'a.bungau@hud.ac.uk', 'contributors_name_lineage' => undef, 'userid' => '6', 'patent_applicant' => undef, 'monograph_type' => undef, 'datestamp_minute' => '7', 'lyricists_name_family' => undef, 'sword_slug' => undef, 'id_number' => undef, 'volume' => undef, 'gscholar_datestamp_month' => undef, 'conductors_id' => undef, 'suggestions' => undef, 'referencetext' => undef, 'date_year' => '2010', 'status_changed_hour' => '14', 'gscholar_cluster' => undef, 'producers_name_family' => undef }, '12236' => { 'funders' => undef, 'conductors_name_family' => undef, 'num_pieces' => undef, 'department' => undef, 'contributors_id' => undef, 'gscholar_datestamp_second' => undef, 'keywords' => undef, 'lyricists_name_lineage' => undef, 'lyricists_id' => undef, 'edit_lock_since' => '1348843419', 'creatorlist' => { '1' => { 'creators_name_lineage' => '', 'creators_name_family' => 'Cywinski', 'eprintid' => '12236', 'creators_name_honourific' => '', 'pos' => '1', 'creators_name_given' => 'R.', 'creators_id' => 'r.cywinski@hud.ac.uk' }, '4' => { 'creators_name_lineage' => '', 'creators_name_family' => 'Bungau', 'eprintid' => '12236', 'creators_name_honourific' => '', 'pos' => '4', 'creators_name_given' => 'Cristian', 'creators_id' => 'c.bungau@hud.ac.uk' }, '0' => { 'creators_name_lineage' => '', 'creators_name_family' => 'Bungau', 'eprintid' => '12236', 'creators_name_honourific' => '', 'pos' => '0', 'creators_name_given' => 'Adriana', 'creators_id' => 'a.bungau@hud.ac.uk' }, '3' => { 'creators_name_lineage' => '', 'creators_name_family' => 'King', 'eprintid' => '12236', 'creators_name_honourific' => '', 'pos' => '3', 'creators_name_given' => 'Philip', 'creators_id' => undef }, '2' => { 'creators_name_lineage' => '', 'creators_name_family' => 'Lord', 'eprintid' => '12236', 'creators_name_honourific' => '', 'pos' => '2', 'creators_name_given' => 'James', 'creators_id' => undef } }, 'exhibitors_id' => undef, 'latitude' => undef, 'replacedby' => undef, 'status_changed_month' => '12', 'editors_name_honourific' => undef, 'admin_note' => undef, 'event_title' => undef, 'date_type' => 'published', 'pres_type' => undef, 'longitude' => undef, 'creators_name_honourific' => '', 'include_in_hebci' => 'no', 'producers_name_honourific' => undef, 'scopus_citation_count' => undef, 'datestamp_year' => '2011', 'fileinfo' => '', 'status_changed_second' => '8', 'exhibitors_name_honourific' => undef, 'editors_id' => undef, 'title' => 'GEANT4 Target Simulations for the ISIS Muon Facility', 'corp_creators' => undef, 'contributors_name_given' => undef, 'alt_title' => undef, 'contributors_name_family' => undef, 'sponsors' => undef, 'output_media' => undef, 'editors_name_lineage' => undef, 'dir' => 'disk0/00/01/22/36', 'overlay_journal_id' => undef, 'gscholar_datestamp_year' => undef, 'ispublished' => 'pub', 'item_issues_count' => '0', 'conductors_name_given' => undef, 'sword_depositor' => undef, 'full_text_status' => 'none', 'lastmod_minute' => '44', 'refereed' => 'TRUE', 'contact_email' => 'a.bungau@hud.ac.uk', 'copyright_holders' => undef, 'date_day' => undef, 'gscholar_impact' => undef, 'official_url' => 'http://dx.doi.org/10.1016/j.phpro.2012.04.029', 'succeeds' => undef, 'datestamp_month' => '12', 'commentary' => undef, 'lastmod_day' => '28', 'publisher' => 'Elsevier', 'pagerange' => '12-15', 'include_in_pedagogical' => 'no', 'task_purpose' => undef, 'status_changed_year' => '2011', 'book_title' => undef, 'thesis_name' => undef, 'event_location' => undef, 'type' => 'article', 'publication' => 'Physics Procedia', 'lastmod_second' => '10', 'place_of_pub' => undef, 'contributors_name_honourific' => undef, 'gscholar_datestamp_day' => undef, 'issn' => '1875-3892', 'datestamp_hour' => '15', 'exhibitors_name_given' => undef, 'creators_name_family' => 'Bungau', 'composition_type' => undef, 'producers_id' => undef, 'datestamp_second' => '8', 'note' => '12th International Conference on Muon Spin Rotation, Relaxation and Resonance (?SR2011) Edited by Graeme M. 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ISIS is used primarily for neutron production but it is also an intense source of pulsed muons. Muon target optimisation studies were performed with the Geant4 code as restrictions are imposed on target thickness, as this will affect the proton transmission to the second neutron target. In this paper we investigate the impact of incident proton energy on muon production and possible target geometries and target materials.', 'creators_id' => 'a.bungau@hud.ac.uk', 'contributors_name_lineage' => undef, 'userid' => '6', 'patent_applicant' => undef, 'monograph_type' => undef, 'datestamp_minute' => '52', 'lyricists_name_family' => undef, 'sword_slug' => undef, 'id_number' => '10.1016/j.phpro.2012.04.029', 'volume' => '30', 'gscholar_datestamp_month' => undef, 'conductors_id' => undef, 'suggestions' => undef, 'referencetext' => undef, 'date_year' => '2012', 'status_changed_hour' => '15', 'gscholar_cluster' => undef, 'producers_name_family' => undef }, '18462' => { 'funders' => undef, 'conductors_name_family' => undef, 'num_pieces' => undef, 'department' => undef, 'contributors_id' => undef, 'gscholar_datestamp_second' => undef, 'keywords' => undef, 'lyricists_name_lineage' => undef, 'lyricists_id' => undef, 'edit_lock_since' => '1379597335', 'creatorlist' => { '1' => { 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In this paper we investigate possible material choices for the ISIS muon target for increased muon yield.', 'creators_id' => 'a.bungau@hud.ac.uk', 'contributors_name_lineage' => undef, 'userid' => '6', 'patent_applicant' => undef, 'monograph_type' => undef, 'datestamp_minute' => '13', 'lyricists_name_family' => undef, 'sword_slug' => undef, 'id_number' => undef, 'volume' => undef, 'gscholar_datestamp_month' => undef, 'conductors_id' => undef, 'suggestions' => undef, 'referencetext' => undef, 'date_year' => '2010', 'status_changed_hour' => '14', 'gscholar_cluster' => undef, 'producers_name_family' => undef }, '12231' => { 'funders' => undef, 'conductors_name_family' => undef, 'num_pieces' => undef, 'department' => undef, 'contributors_id' => undef, 'gscholar_datestamp_second' => undef, 'keywords' => undef, 'lyricists_name_lineage' => undef, 'lyricists_id' => undef, 'edit_lock_since' => '1341926791', 'creatorlist' => { '1' => { 'creators_name_lineage' => '', 'creators_name_family' => 'Cywinski', 'eprintid' => '12231', 'creators_name_honourific' => '', 'pos' => '1', 'creators_name_given' => 'R.', 'creators_id' => 'r.cywinski@hud.ac.uk' }, '0' => { 'creators_name_lineage' => '', 'creators_name_family' => 'Bungau', 'eprintid' => '12231', 'creators_name_honourific' => '', 'pos' => '0', 'creators_name_given' => 'Adriana', 'creators_id' => 'a.bungau@hud.ac.uk' }, '2' => { 'creators_name_lineage' => '', 'creators_name_family' => 'Bungau', 'eprintid' => '12231', 'creators_name_honourific' => '', 'pos' => '2', 'creators_name_given' => 'Cristian', 'creators_id' => 'c.bungau@hud.ac.uk' } }, 'exhibitors_id' => undef, 'latitude' => undef, 'replacedby' => undef, 'status_changed_month' => '12', 'editors_name_honourific' => undef, 'admin_note' => 'Emailed permission SJT 20/12/11', 'event_title' => undef, 'date_type' => 'published', 'pres_type' => undef, 'longitude' => undef, 'creators_name_honourific' => '', 'include_in_hebci' => 'no', 'producers_name_honourific' => undef, 'scopus_citation_count' => undef, 'datestamp_year' => '2011', 'fileinfo' => '/style/images/fileicons/application_pdf.png;/12231/1/Bungau7mopea078%2Dess.pdf', 'status_changed_second' => '46', 'exhibitors_name_honourific' => undef, 'editors_id' => undef, 'title' => 'Target Optimisation Studies for the European Spallation Source ', 'corp_creators' => undef, 'contributors_name_given' => undef, 'alt_title' => undef, 'contributors_name_family' => undef, 'sponsors' => undef, 'output_media' => undef, 'editors_name_lineage' => undef, 'dir' => 'disk0/00/01/22/31', 'overlay_journal_id' => undef, 'gscholar_datestamp_year' => undef, 'ispublished' => 'pub', 'item_issues_count' => '0', 'conductors_name_given' => undef, 'sword_depositor' => undef, 'full_text_status' => 'public', 'lastmod_minute' => '26', 'refereed' => undef, 'contact_email' => undef, 'copyright_holders' => undef, 'date_day' => undef, 'gscholar_impact' => undef, 'official_url' => 'http://accelconf.web.cern.ch/AccelConf/IPAC10/papers/mopea078.pdf', 'succeeds' => undef, 'datestamp_month' => '12', 'commentary' => undef, 'lastmod_day' => '10', 'publisher' => 'IPAC 10 OC/ACFA', 'pagerange' => '256-258', 'include_in_pedagogical' => 'no', 'task_purpose' => undef, 'status_changed_year' => '2011', 'book_title' => 'IPAC'10 - Proceedings of the 1st International Particle Accelerator Conference', 'thesis_name' => undef, 'event_location' => undef, 'type' => 'book_section', 'publication' => undef, 'lastmod_second' => '46', 'place_of_pub' => 'Kyoto, Japan', 'contributors_name_honourific' => undef, 'gscholar_datestamp_day' => undef, 'issn' => undef, 'datestamp_hour' => '14', 'exhibitors_name_given' => undef, 'creators_name_family' => 'Bungau', 'composition_type' => undef, 'producers_id' => undef, 'datestamp_second' => '46', 'note' => undef, 'edit_lock_until' => '0', 'editor_note' => undef, 'pedagogic_type' => undef, 'date_month' => 5, 'rights' => undef, 'contributors_type' => undef, 'scopus_id' => undef, 'eprintid' => '12231', 'producers_name_given' => undef, 'thesis_type' => undef, 'projects' => undef, 'lastmod_year' => '2012', 'data_type' => undef, 'gscholar_datestamp_minute' => undef, 'editors_name_given' => undef, 'isbn' => '9789290833529', 'include_in_cv' => 'yes', 'editors_name_family' => undef, 'lastmod_month' => '7', 'event_dates' => undef, 'fulltimestamp' => '20100500', 'learning_level' => undef, 'conductors_name_lineage' => undef, 'pages' => undef, 'source' => undef, 'lastmod_hour' => '13', 'number' => undef, 'rev_number' => '6', 'edit_lock_user' => '6', 'series' => undef, 'creators_name_lineage' => '', 'pos' => '0', 'metadata_visibility' => 'show', 'eprint_status' => 'archive', 'creators_name_given' => 'Adriana', 'exhibitors_name_lineage' => undef, 'divisions' => 'sas', 'institution' => undef, 'subjects' => 'Q1', 'gscholar_datestamp_hour' => undef, 'producers_name_lineage' => undef, 'lyricists_name_given' => undef, 'completion_time' => undef, 'status_changed_minute' => '17', 'conductors_name_honourific' => undef, 'exhibitors_name_family' => undef, 'lyricists_name_honourific' => undef, 'event_type' => undef, 'importid' => undef, 'status_changed_day' => '20', 'datestamp_day' => '20', 'abstract' => 'The European Spallation Source (ESS) is one of Europe’s biggest and most prestigious science projects. ESS will be the world’s most powerful next generation neutron spallation source for research with neutrons, providing a unique tool for studies of the atomic structure and dynamics of matter. In this paper we use GEANT4 simulations to investigate the effects of spallation target material and incident proton energy on the total neutron yield integrated over the neutron energy and emission angle.', 'creators_id' => 'a.bungau@hud.ac.uk', 'contributors_name_lineage' => undef, 'userid' => '6', 'patent_applicant' => undef, 'monograph_type' => undef, 'datestamp_minute' => '17', 'lyricists_name_family' => undef, 'sword_slug' => undef, 'id_number' => undef, 'volume' => undef, 'gscholar_datestamp_month' => undef, 'conductors_id' => undef, 'suggestions' => undef, 'referencetext' => undef, 'date_year' => '2010', 'status_changed_hour' => '14', 'gscholar_cluster' => undef, 'producers_name_family' => undef }, '14029' => { 'funders' => undef, 'conductors_name_family' => undef, 'num_pieces' => undef, 'department' => undef, 'contributors_id' => undef, 'gscholar_datestamp_second' => undef, 'keywords' => undef, 'lyricists_name_lineage' => undef, 'lyricists_id' => undef, 'edit_lock_since' => 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'creators_name_honourific' => '', 'pos' => '2', 'creators_name_given' => 'Michael', 'creators_id' => undef }, '5' => { 'creators_name_lineage' => '', 'creators_name_family' => 'Smidt', 'eprintid' => '14029', 'creators_name_honourific' => '', 'pos' => '5', 'creators_name_given' => 'Tess', 'creators_id' => undef } }, 'exhibitors_id' => undef, 'latitude' => undef, 'replacedby' => undef, 'status_changed_month' => '6', 'editors_name_honourific' => undef, 'admin_note' => undef, 'event_title' => 'IPAC 12', 'date_type' => 'published', 'pres_type' => 'paper', 'longitude' => undef, 'creators_name_honourific' => '', 'include_in_hebci' => 'no', 'producers_name_honourific' => undef, 'scopus_citation_count' => undef, 'datestamp_year' => '2012', 'fileinfo' => '/style/images/fileicons/application_pdf.png;/14029/1/Bungaudaedalus.pdf', 'status_changed_second' => '41', 'exhibitors_name_honourific' => undef, 'editors_id' => undef, 'title' => 'Simulations of pion production in the Daedalus targets', 'corp_creators' => undef, 'contributors_name_given' => undef, 'alt_title' => undef, 'contributors_name_family' => undef, 'sponsors' => undef, 'output_media' => undef, 'editors_name_lineage' => undef, 'dir' => 'disk0/00/01/40/29', 'overlay_journal_id' => undef, 'gscholar_datestamp_year' => undef, 'ispublished' => 'pub', 'item_issues_count' => '0', 'conductors_name_given' => undef, 'sword_depositor' => undef, 'full_text_status' => 'public', 'lastmod_minute' => '46', 'refereed' => undef, 'contact_email' => 'a.bungau@hud.ac.uk', 'copyright_holders' => undef, 'date_day' => undef, 'gscholar_impact' => undef, 'official_url' => 'http://accelconf.web.cern.ch/accelconf/IPAC2012/papers/thppr074.pdf', 'succeeds' => undef, 'datestamp_month' => '6', 'commentary' => undef, 'lastmod_day' => '20', 'publisher' => 'IPAC', 'pagerange' => '4148-4150', 'include_in_pedagogical' => 'no', 'task_purpose' => undef, 'status_changed_year' => '2012', 'book_title' => 'Proceedings of IPAC2012', 'thesis_name' => undef, 'event_location' => 'New Orleans, Louisiana, USA', 'type' => 'book_section', 'publication' => undef, 'lastmod_second' => '11', 'place_of_pub' => undef, 'contributors_name_honourific' => undef, 'gscholar_datestamp_day' => undef, 'issn' => undef, 'datestamp_hour' => '14', 'exhibitors_name_given' => undef, 'creators_name_family' => 'Bungau', 'composition_type' => undef, 'producers_id' => undef, 'datestamp_second' => '41', 'note' => 'Paper presented at The International Particle Accelarator Conference, 20-25th May 2012, New Orleans, Louisiana, USA', 'edit_lock_until' => '0', 'editor_note' => undef, 'pedagogic_type' => undef, 'date_month' => 5, 'rights' => undef, 'contributors_type' => undef, 'scopus_id' => undef, 'eprintid' => '14029', 'producers_name_given' => undef, 'thesis_type' => undef, 'projects' => undef, 'lastmod_year' => '2013', 'data_type' => undef, 'gscholar_datestamp_minute' => undef, 'editors_name_given' => undef, 'isbn' => '9783954501151', 'include_in_cv' => 'yes', 'editors_name_family' => undef, 'lastmod_month' => '6', 'event_dates' => '20th-25th May 2012', 'fulltimestamp' => '20120500', 'learning_level' => undef, 'conductors_name_lineage' => undef, 'pages' => undef, 'source' => undef, 'lastmod_hour' => '10', 'number' => undef, 'rev_number' => '14', 'edit_lock_user' => '3483', 'series' => undef, 'creators_name_lineage' => '', 'pos' => '0', 'metadata_visibility' => 'show', 'eprint_status' => 'archive', 'creators_name_given' => 'Adriana', 'exhibitors_name_lineage' => undef, 'divisions' => 'sas', 'institution' => undef, 'subjects' => 'Q1', 'gscholar_datestamp_hour' => undef, 'producers_name_lineage' => undef, 'lyricists_name_given' => undef, 'completion_time' => undef, 'status_changed_minute' => '46', 'conductors_name_honourific' => undef, 'exhibitors_name_family' => undef, 'lyricists_name_honourific' => undef, 'event_type' => 'conference', 'importid' => undef, 'status_changed_day' => '26', 'datestamp_day' => '26', 'abstract' => 'DAEDALUS, the Decay At-rest Experiment for DCP at a Laboratory for Underground Science will look for evidence of CP-violation in the neutrino sector, an ingredient in theories that seek to explain the matter/antimatter asymmetry in our universe. It will make a precision measurement of the oscillations of muon antineutrinos to electron antineutrinos using multiple neutrino sources created by low-cost compact cyclotrons. The experiment utilizes decay-at-rest neutrino beams produced by 800 MeV protons impinging a beam target of graphite and copper. Two well established Monte Carlo codes, MARS and GEANT4, have been used to optimise the design and the performance of the target. A study of the results obtained with these two codes is presented in this paper.', 'creators_id' => 'a.bungau@hud.ac.uk', 'contributors_name_lineage' => undef, 'userid' => '6', 'patent_applicant' => undef, 'monograph_type' => undef, 'datestamp_minute' => '46', 'lyricists_name_family' => undef, 'sword_slug' => undef, 'id_number' => undef, 'volume' => undef, 'gscholar_datestamp_month' => undef, 'conductors_id' => undef, 'suggestions' => undef, 'referencetext' => undef, 'date_year' => '2012', 'status_changed_hour' => '14', 'gscholar_cluster' => undef, 'producers_name_family' => undef }, '12223' => { 'funders' => undef, 'conductors_name_family' => undef, 'num_pieces' => undef, 'department' => undef, 'contributors_id' => undef, 'gscholar_datestamp_second' => undef, 'keywords' => undef, 'lyricists_name_lineage' => undef, 'lyricists_id' => undef, 'edit_lock_since' => '1349179680', 'creatorlist' => { '6' => { 'creators_name_lineage' => '', 'creators_name_family' => 'King', 'eprintid' => 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=> undef }, '5' => { 'creators_name_lineage' => '', 'creators_name_family' => 'Edgecock', 'eprintid' => '12223', 'creators_name_honourific' => '', 'pos' => '5', 'creators_name_given' => 'R.', 'creators_id' => 't.r.edgecock@hud.ac.uk' } }, 'exhibitors_id' => undef, 'latitude' => undef, 'replacedby' => undef, 'status_changed_month' => '12', 'editors_name_honourific' => undef, 'admin_note' => 'Emailed permission SJT 20/12/11', 'event_title' => undef, 'date_type' => 'published', 'pres_type' => undef, 'longitude' => undef, 'creators_name_honourific' => '', 'include_in_hebci' => 'no', 'producers_name_honourific' => undef, 'scopus_citation_count' => undef, 'datestamp_year' => '2011', 'fileinfo' => '/style/images/fileicons/application_pdf.png;/12223/1/Bungau1tu6pfp050%2Dmusr.pdf', 'status_changed_second' => '14', 'exhibitors_name_honourific' => undef, 'editors_id' => undef, 'title' => 'Exploring the feasibility of a stand alone muon facility for muSR research', 'corp_creators' => undef, 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British Columbia, Canada ', 'thesis_name' => undef, 'event_location' => undef, 'type' => 'book_section', 'publication' => undef, 'lastmod_second' => '16', 'place_of_pub' => 'Vancouver, Canada', 'contributors_name_honourific' => undef, 'gscholar_datestamp_day' => undef, 'issn' => undef, 'datestamp_hour' => '12', 'exhibitors_name_given' => undef, 'creators_name_family' => 'Bungau', 'composition_type' => undef, 'producers_id' => undef, 'datestamp_second' => '14', 'note' => undef, 'edit_lock_until' => '0', 'editor_note' => undef, 'pedagogic_type' => undef, 'date_month' => 5, 'rights' => undef, 'contributors_type' => undef, 'scopus_id' => undef, 'eprintid' => '12223', 'producers_name_given' => undef, 'thesis_type' => undef, 'projects' => undef, 'lastmod_year' => '2012', 'data_type' => undef, 'gscholar_datestamp_minute' => undef, 'editors_name_given' => undef, 'isbn' => undef, 'include_in_cv' => 'yes', 'editors_name_family' => undef, 'lastmod_month' => '10', 'event_dates' => undef, 'fulltimestamp' => '20090500', 'learning_level' => undef, 'conductors_name_lineage' => undef, 'pages' => undef, 'source' => undef, 'lastmod_hour' => '12', 'number' => undef, 'rev_number' => '15', 'edit_lock_user' => '3483', 'series' => undef, 'creators_name_lineage' => '', 'pos' => '0', 'metadata_visibility' => 'show', 'eprint_status' => 'archive', 'creators_name_given' => 'Adriana', 'exhibitors_name_lineage' => undef, 'divisions' => 'sas', 'institution' => undef, 'subjects' => 'Q1', 'gscholar_datestamp_hour' => undef, 'producers_name_lineage' => undef, 'lyricists_name_given' => undef, 'completion_time' => undef, 'status_changed_minute' => '3', 'conductors_name_honourific' => undef, 'exhibitors_name_family' => undef, 'lyricists_name_honourific' => undef, 'event_type' => undef, 'importid' => undef, 'status_changed_day' => '20', 'datestamp_day' => '20', 'abstract' => 'The current paper discusses possible designs for a high intensity stand alone muon source formuSR studies of condensed matter. In particular we shall focus upon the potential implementation of a new generation of high power but relatively compact and cost effective proton drivers based on non-scaling fixed field alternating gradient (ns-FFAG) accelerator technology. The technical issues which must be addressed are also considered.', 'creators_id' => 'a.bungau@hud.ac.uk', 'contributors_name_lineage' => undef, 'userid' => '6', 'patent_applicant' => undef, 'monograph_type' => undef, 'datestamp_minute' => '3', 'lyricists_name_family' => undef, 'sword_slug' => undef, 'id_number' => undef, 'volume' => undef, 'gscholar_datestamp_month' => undef, 'conductors_id' => undef, 'suggestions' => undef, 'referencetext' => undef, 'date_year' => '2009', 'status_changed_hour' => '12', 'gscholar_cluster' => undef, 'producers_name_family' => undef }, '21563' => { 'funders' => undef, 'conductors_name_family' => undef, 'num_pieces' => undef, 'department' => undef, 'contributors_id' => undef, 'gscholar_datestamp_second' => undef, 'keywords' => undef, 'lyricists_name_lineage' => undef, 'lyricists_id' => undef, 'edit_lock_since' => '1410795709', 'creatorlist' => { '4' => { 'creators_name_lineage' => '', 'creators_name_family' => 'Edgecock', 'eprintid' => '21563', 'creators_name_honourific' => '', 'pos' => '4', 'creators_name_given' => 'R.', 'creators_id' => 't.r.edgecock@hud.ac.uk' }, '1' => { 'creators_name_lineage' => '', 'creators_name_family' => 'Bungau', 'eprintid' => '21563', 'creators_name_honourific' => '', 'pos' => '1', 'creators_name_given' => 'Adriana', 'creators_id' => 'a.bungau@hud.ac.uk' }, '3' => { 'creators_name_lineage' => '', 'creators_name_family' => 'Cywinski', 'eprintid' => '21563', 'creators_name_honourific' => '', 'pos' => '3', 'creators_name_given' => 'Robert', 'creators_id' => 'r.cywinski@hud.ac.uk' }, '0' => { 'creators_name_lineage' => '', 'creators_name_family' => 'Bungau', 'eprintid' => '21563', 'creators_name_honourific' => '', 'pos' => '0', 'creators_name_given' => 'Cristian', 'creators_id' => 'c.bungau@hud.ac.uk' }, '2' => { 'creators_name_lineage' => '', 'creators_name_family' => 'Barlow', 'eprintid' => '21563', 'creators_name_honourific' => '', 'pos' => '2', 'creators_name_given' => 'Roger ', 'creators_id' => 'r.barlow@hud.ac.uk' } }, 'exhibitors_id' => undef, 'latitude' => undef, 'replacedby' => undef, 'status_changed_month' => '9', 'editors_name_honourific' => undef, 'admin_note' => undef, 'event_title' => 'ICANS XXI: International Collaboration on Advanced Neutron Sources', 'date_type' => undef, 'pres_type' => 'paper', 'longitude' => undef, 'creators_name_honourific' => '', 'include_in_hebci' => 'no', 'producers_name_honourific' => undef, 'scopus_citation_count' => undef, 'datestamp_year' => '2014', 'fileinfo' => '', 'status_changed_second' => '59', 'exhibitors_name_honourific' => undef, 'editors_id' => undef, 'title' => 'Studies of magnet activation due to beam losses and back-scattered neutrons', 'corp_creators' => undef, 'contributors_name_given' => undef, 'alt_title' => undef, 'contributors_name_family' => undef, 'sponsors' => undef, 'output_media' => undef, 'editors_name_lineage' => undef, 'dir' => 'disk0/00/02/15/63', 'overlay_journal_id' => undef, 'gscholar_datestamp_year' => undef, 'ispublished' => 'unpub', 'item_issues_count' => '0', 'conductors_name_given' => undef, 'sword_depositor' => undef, 'full_text_status' => 'none', 'lastmod_minute' => '43', 'refereed' => undef, 'contact_email' => undef, 'copyright_holders' => undef, 'date_day' => undef, 'gscholar_impact' => undef, 'official_url' => 'http://j-parc.jp/researcher/MatLife/en/meetings/ICANS_XXI/index.html', 'succeeds' => undef, 'datestamp_month' => '9', 'commentary' => undef, 'lastmod_day' => '15', 'publisher' => undef, 'pagerange' => undef, 'include_in_pedagogical' => 'no', 'task_purpose' => undef, 'status_changed_year' => '2014', 'book_title' => undef, 'thesis_name' => undef, 'event_location' => 'Mito, Ibaraki, Japan', 'type' => 'conference_item', 'publication' => undef, 'lastmod_second' => '11', 'place_of_pub' => undef, 'contributors_name_honourific' => undef, 'gscholar_datestamp_day' => undef, 'issn' => undef, 'datestamp_hour' => '15', 'exhibitors_name_given' => undef, 'creators_name_family' => 'Bungau', 'composition_type' => undef, 'producers_id' => undef, 'datestamp_second' => '0', 'note' => undef, 'edit_lock_until' => '0', 'editor_note' => undef, 'pedagogic_type' => undef, 'date_month' => 8, 'rights' => undef, 'contributors_type' => undef, 'scopus_id' => undef, 'eprintid' => '21563', 'producers_name_given' => undef, 'thesis_type' => undef, 'projects' => undef, 'lastmod_year' => '2014', 'data_type' => undef, 'gscholar_datestamp_minute' => undef, 'editors_name_given' => undef, 'isbn' => undef, 'include_in_cv' => 'yes', 'editors_name_family' => undef, 'lastmod_month' => '9', 'event_dates' => '29th September - 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This is a generic study of induced activation in accelerator components, and the same methodology can be applied to any future study of element activation for other accelerators around the world. Taking the High Energy Beam Transport line of the European Spallation Source as a reference we present activation studies of the magnets and collimators due to the back-scattered neutrons from the target and also due to the direct proton beam losses along the beamline. ', 'creators_id' => 'a.bungau@hud.ac.uk', 'contributors_name_lineage' => undef, 'userid' => '116', 'patent_applicant' => undef, 'monograph_type' => undef, 'datestamp_minute' => '37', 'lyricists_name_family' => undef, 'sword_slug' => undef, 'id_number' => undef, 'volume' => undef, 'gscholar_datestamp_month' => undef, 'conductors_id' => undef, 'suggestions' => undef, 'referencetext' => undef, 'date_year' => '2014', 'status_changed_hour' => '15', 'gscholar_cluster' => undef, 'producers_name_family' => undef }, '21564' => { 'funders' => undef, 'conductors_name_family' => undef, 'num_pieces' => undef, 'department' => undef, 'contributors_id' => undef, 'gscholar_datestamp_second' => undef, 'keywords' => undef, 'lyricists_name_lineage' => undef, 'lyricists_id' => undef, 'edit_lock_since' => '1410795455', 'creatorlist' => { '4' => { 'creators_name_lineage' => '', 'creators_name_family' => 'Fletcher', 'eprintid' => '21564', 'creators_name_honourific' => '', 'pos' => '4', 'creators_name_given' => 'Matt', 'creators_id' => undef }, '1' => { 'creators_name_lineage' => '', 'creators_name_family' => 'Bungau', 'eprintid' => '21564', 'creators_name_honourific' => '', 'pos' => '1', 'creators_name_given' => 'Adriana', 'creators_id' => 'a.bungau@hud.ac.uk' }, '3' => { 'creators_name_lineage' => '', 'creators_name_family' => 'Edgecock', 'eprintid' => '21564', 'creators_name_honourific' => '', 'pos' => '3', 'creators_name_given' => 'R.', 'creators_id' => 't.r.edgecock@hud.ac.uk' }, '0' => { 'creators_name_lineage' => '', 'creators_name_family' => 'Bungau', 'eprintid' => '21564', 'creators_name_honourific' => '', 'pos' => '0', 'creators_name_given' => 'Cristian', 'creators_id' => 'c.bungau@hud.ac.uk' }, '2' => { 'creators_name_lineage' => '', 'creators_name_family' => 'Cywinski', 'eprintid' => '21564', 'creators_name_honourific' => '', 'pos' => '2', 'creators_name_given' => 'Robert', 'creators_id' => 'r.cywinski@hud.ac.uk' } }, 'exhibitors_id' => undef, 'latitude' => undef, 'replacedby' => undef, 'status_changed_month' => '9', 'editors_name_honourific' => undef, 'admin_note' => undef, 'event_title' => 'ICANS XXI: International Collaboration on Advanced Neutron Sources', 'date_type' => undef, 'pres_type' => 'paper', 'longitude' => undef, 'creators_name_honourific' => '', 'include_in_hebci' => 'no', 'producers_name_honourific' => undef, 'scopus_citation_count' => undef, 'datestamp_year' => '2014', 'fileinfo' => '', 'status_changed_second' => '11', 'exhibitors_name_honourific' => undef, 'editors_id' => undef, 'title' => 'Alternative target designs for power upgrade of the TS1 target at the ISIS Neutron Facility', 'corp_creators' => undef, 'contributors_name_given' => undef, 'alt_title' => undef, 'contributors_name_family' => undef, 'sponsors' => undef, 'output_media' => undef, 'editors_name_lineage' => undef, 'dir' => 'disk0/00/02/15/64', 'overlay_journal_id' => undef, 'gscholar_datestamp_year' => undef, 'ispublished' => 'unpub', 'item_issues_count' => '0', 'conductors_name_given' => undef, 'sword_depositor' => undef, 'full_text_status' => 'none', 'lastmod_minute' => '41', 'refereed' => undef, 'contact_email' => undef, 'copyright_holders' => undef, 'date_day' => undef, 'gscholar_impact' => undef, 'official_url' => 'http://j-parc.jp/researcher/MatLife/en/meetings/ICANS_XXI/index.html', 'succeeds' => undef, 'datestamp_month' => '9', 'commentary' => undef, 'lastmod_day' => '15', 'publisher' => undef, 'pagerange' => undef, 'include_in_pedagogical' => 'no', 'task_purpose' => undef, 'status_changed_year' => '2014', 'book_title' => undef, 'thesis_name' => undef, 'event_location' => 'Mito, Ibaraki, Japan', 'type' => 'conference_item', 'publication' => undef, 'lastmod_second' => '12', 'place_of_pub' => undef, 'contributors_name_honourific' => undef, 'gscholar_datestamp_day' => undef, 'issn' => undef, 'datestamp_hour' => '15', 'exhibitors_name_given' => undef, 'creators_name_family' => 'Bungau', 'composition_type' => undef, 'producers_id' => undef, 'datestamp_second' => '12', 'note' => undef, 'edit_lock_until' => '0', 'editor_note' => undef, 'pedagogic_type' => undef, 'date_month' => 8, 'rights' => undef, 'contributors_type' => undef, 'scopus_id' => undef, 'eprintid' => '21564', 'producers_name_given' => undef, 'thesis_type' => undef, 'projects' => undef, 'lastmod_year' => '2014', 'data_type' => undef, 'gscholar_datestamp_minute' => undef, 'editors_name_given' => undef, 'isbn' => undef, 'include_in_cv' => 'yes', 'editors_name_family' => undef, 'lastmod_month' => '9', 'event_dates' => '29th September - 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Currently ISIS has two spallation targets, TS1 operating at proton beam powers of up to 200 kW, and TS2 operating to 45 kW. This paper focuses upon an upgrade study of TS1 with the goal of increasing the ultimate operating power to 1 MW and beyond. During this study we have taken into consideration the necessity of maintaining the spallation neutron pulse width at current values. The increased heat deposition was monitored and the target plates dimensions were modified to take this into account. Preliminary studies of an alternative molten metal target capable to cope with a higher power are also included.', 'creators_id' => 'a.bungau@hud.ac.uk', 'contributors_name_lineage' => undef, 'userid' => '116', 'patent_applicant' => undef, 'monograph_type' => undef, 'datestamp_minute' => '41', 'lyricists_name_family' => undef, 'sword_slug' => undef, 'id_number' => undef, 'volume' => undef, 'gscholar_datestamp_month' => undef, 'conductors_id' => undef, 'suggestions' => undef, 'referencetext' => undef, 'date_year' => '2014', 'status_changed_hour' => '15', 'gscholar_cluster' => undef, 'producers_name_family' => undef }, '12235' => { 'funders' => undef, 'conductors_name_family' => undef, 'num_pieces' => undef, 'department' => undef, 'contributors_id' => undef, 'gscholar_datestamp_second' => undef, 'keywords' => undef, 'lyricists_name_lineage' => undef, 'lyricists_id' => undef, 'edit_lock_since' => '1341926583', 'creatorlist' => { '1' => { 'creators_name_lineage' => '', 'creators_name_family' => 'Bungau', 'eprintid' => '12235', 'creators_name_honourific' => '', 'pos' => '1', 'creators_name_given' => 'Cristian', 'creators_id' => 'c.bungau@hud.ac.uk' }, '4' => { 'creators_name_lineage' => '', 'creators_name_family' => 'Lord', 'eprintid' => '12235', 'creators_name_honourific' => '', 'pos' => '4', 'creators_name_given' => 'James', 'creators_id' => undef }, '0' => { 'creators_name_lineage' => '', 'creators_name_family' => 'Bungau', 'eprintid' => '12235', 'creators_name_honourific' => '', 'pos' => '0', 'creators_name_given' => 'Adriana', 'creators_id' => 'a.bungau@hud.ac.uk' }, '3' => { 'creators_name_lineage' => '', 'creators_name_family' => 'King', 'eprintid' => '12235', 'creators_name_honourific' => '', 'pos' => '3', 'creators_name_given' => 'Philip', 'creators_id' => undef }, '2' => { 'creators_name_lineage' => '', 'creators_name_family' => 'Cywinski', 'eprintid' => '12235', 'creators_name_honourific' => '', 'pos' => '2', 'creators_name_given' => 'R.', 'creators_id' => 'r.cywinski@hud.ac.uk' } }, 'exhibitors_id' => undef, 'latitude' => undef, 'replacedby' => undef, 'status_changed_month' => '12', 'editors_name_honourific' => undef, 'admin_note' => 'Emailed permission SJT 20/12/11', 'event_title' => undef, 'date_type' => 'published', 'pres_type' => undef, 'longitude' => undef, 'creators_name_honourific' => '', 'include_in_hebci' => 'no', 'producers_name_honourific' => undef, 'scopus_citation_count' => undef, 'datestamp_year' => '2011', 'fileinfo' => '/style/images/fileicons/application_pdf.png;/12235/1/Bungau10tups050.pdf', 'status_changed_second' => '18', 'exhibitors_name_honourific' => undef, 'editors_id' => undef, 'title' => 'Target Optimisation Studies for MuSR Applications', 'corp_creators' => undef, 'contributors_name_given' => undef, 'alt_title' => undef, 'contributors_name_family' => undef, 'sponsors' => undef, 'output_media' => undef, 'editors_name_lineage' => undef, 'dir' => 'disk0/00/01/22/35', 'overlay_journal_id' => undef, 'gscholar_datestamp_year' => undef, 'ispublished' => 'pub', 'item_issues_count' => '0', 'conductors_name_given' => undef, 'sword_depositor' => undef, 'full_text_status' => 'restricted', 'lastmod_minute' => '23', 'refereed' => undef, 'contact_email' => 'a.bungau@hud.ac.uk', 'copyright_holders' => undef, 'date_day' => undef, 'gscholar_impact' => undef, 'official_url' => 'http://accelconf.web.cern.ch/AccelConf/IPAC2011/papers/tups050.pdf', 'succeeds' => undef, 'datestamp_month' => '12', 'commentary' => undef, 'lastmod_day' => '10', 'publisher' => 'IPAC'11/EPS-AG', 'pagerange' => '1641-1643', 'include_in_pedagogical' => 'no', 'task_purpose' => undef, 'status_changed_year' => '2011', 'book_title' => 'IPAC2011 - 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Previous studies suggested that the muon production can be optimised by using a thin graphite slab target with an incident proton energy significantly lower than initially considered. The current paper discusses a possible target design fully optimised for MuSR studies.', 'creators_id' => 'a.bungau@hud.ac.uk', 'contributors_name_lineage' => undef, 'userid' => '6', 'patent_applicant' => undef, 'monograph_type' => undef, 'datestamp_minute' => '24', 'lyricists_name_family' => undef, 'sword_slug' => undef, 'id_number' => undef, 'volume' => undef, 'gscholar_datestamp_month' => undef, 'conductors_id' => undef, 'suggestions' => undef, 'referencetext' => undef, 'date_year' => '2011', 'status_changed_hour' => '15', 'gscholar_cluster' => undef, 'producers_name_family' => undef }, '15104' => { 'funders' => undef, 'conductors_name_family' => undef, 'num_pieces' => undef, 'department' => undef, 'contributors_id' => undef, 'gscholar_datestamp_second' => undef, 'keywords' => 'surface muon, MuSR', 'lyricists_name_lineage' => undef, 'lyricists_id' => undef, 'edit_lock_since' => '1363784218', 'creatorlist' => { '1' => { 'creators_name_lineage' => '', 'creators_name_family' => 'Cywinski', 'eprintid' => '15104', 'creators_name_honourific' => '', 'pos' => '1', 'creators_name_given' => 'R.', 'creators_id' => 'r.cywinski@hud.ac.uk' }, '4' => { 'creators_name_lineage' => '', 'creators_name_family' => 'Bungau', 'eprintid' => '15104', 'creators_name_honourific' => '', 'pos' => '4', 'creators_name_given' => 'Cristian', 'creators_id' => 'c.bungau@hud.ac.uk' }, '0' => { 'creators_name_lineage' => '', 'creators_name_family' => 'Bungau', 'eprintid' => '15104', 'creators_name_honourific' => '', 'pos' => '0', 'creators_name_given' => 'Adriana', 'creators_id' => 'a.bungau@hud.ac.uk' }, '3' => { 'creators_name_lineage' => '', 'creators_name_family' => 'King', 'eprintid' => '15104', 'creators_name_honourific' => '', 'pos' => '3', 'creators_name_given' => 'Philip', 'creators_id' => undef }, '2' => { 'creators_name_lineage' => '', 'creators_name_family' => 'Lord', 'eprintid' => '15104', 'creators_name_honourific' => '', 'pos' => '2', 'creators_name_given' => 'James', 'creators_id' => undef } }, 'exhibitors_id' => undef, 'latitude' => undef, 'replacedby' => undef, 'status_changed_month' => '9', 'editors_name_honourific' => undef, 'admin_note' => undef, 'event_title' => undef, 'date_type' => 'published', 'pres_type' => undef, 'longitude' => undef, 'creators_name_honourific' => '', 'include_in_hebci' => 'no', 'producers_name_honourific' => undef, 'scopus_citation_count' => undef, 'datestamp_year' => '2012', 'fileinfo' => '/style/images/fileicons/application_pdf.png;/15104/1/energy.pdf|/style/images/fileicons/application_pdf.png;/15104/7/PRST%2DAB.pdf', 'status_changed_second' => '47', 'exhibitors_name_honourific' => undef, 'editors_id' => undef, 'title' => 'Simulations of Surface Muon Production in Graphite Targets', 'corp_creators' => undef, 'contributors_name_given' => undef, 'alt_title' => undef, 'contributors_name_family' => undef, 'sponsors' => undef, 'output_media' => undef, 'editors_name_lineage' => undef, 'dir' => 'disk0/00/01/51/04', 'overlay_journal_id' => undef, 'gscholar_datestamp_year' => undef, 'ispublished' => 'pub', 'item_issues_count' => '0', 'conductors_name_given' => undef, 'sword_depositor' => undef, 'full_text_status' => 'public', 'lastmod_minute' => '20', 'refereed' => 'TRUE', 'contact_email' => 'a.bungau@hud.ac.uk', 'copyright_holders' => undef, 'date_day' => undef, 'gscholar_impact' => undef, 'official_url' => 'http://dx.doi.org/10.1103/PhysRevSTAB.16.014701', 'succeeds' => undef, 'datestamp_month' => '9', 'commentary' => undef, 'lastmod_day' => '20', 'publisher' => 'American Physical Society', 'pagerange' => '014701', 'include_in_pedagogical' => 'no', 'task_purpose' => undef, 'status_changed_year' => '2012', 'book_title' => undef, 'thesis_name' => undef, 'event_location' => undef, 'type' => 'article', 'publication' => 'Physical Review Special Topics - 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A validation of the GEANT4 hadronic physics models has been performed by comparing the results with experimental data from the Lawrence Radiation Laboratory, United States. Considering the ISIS muon target as a reference, simulations have been performed to optimise the pion and muon production. Of particular significance we predict that optimal surface muon production occurs at a relatively modest proton energy of 500 MeV. 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'status_changed_minute' => '31', 'conductors_name_honourific' => undef, 'exhibitors_name_family' => undef, 'lyricists_name_honourific' => undef, 'event_type' => undef, 'importid' => undef, 'status_changed_day' => '19', 'datestamp_day' => '19', 'abstract' => 'DAE?ALUS (Decay At rest Experiment for ?cp At a Laboratory for Underground Science) has been proposed to measure the value of the CP violating phase delta through the oscillation of low energy muon anti-neutrinos to electron antineutrinos. With a single large detector, three accelerators at different distances enable the oscillation to be measured with sufficient accuracy. We have proposed the superconducting multi-megawatt DAE?ALUS Supercinducting Ring Cyclotron (DSRC) as the means of producing the 800 MeV 12 mA protons required, through the acceleration of H2+, ions with highly efficient stripping extraction. The DSRC comprises twin ion sources and injector cyclotrons, followed by a booster. The injector cyclotron can also be used for a separate experiment, IsoDAR (Isotope Decay At Rest) in which low energy protons produce Lithium 8, and thus a very pure electron antineutrino source which can be used to measure, or rule out, short range oscillation to a sterile neutrino. We describe recent developments in the designs of the injector and the booster, and the prospects for the two experiments.', 'creators_id' => 'a.bungau@hud.ac.uk', 'contributors_name_lineage' => undef, 'userid' => '6', 'patent_applicant' => undef, 'monograph_type' => undef, 'datestamp_minute' => '31', 'lyricists_name_family' => undef, 'sword_slug' => undef, 'id_number' => undef, 'volume' => undef, 'gscholar_datestamp_month' => undef, 'conductors_id' => undef, 'suggestions' => undef, 'referencetext' => undef, 'date_year' => '2013', 'status_changed_hour' => '11', 'gscholar_cluster' => undef, 'producers_name_family' => undef }, '12225' => { 'funders' => undef, 'conductors_name_family' => undef, 'num_pieces' => undef, 'department' => undef, 'contributors_id' => undef, 'gscholar_datestamp_second' => undef, 'keywords' => undef, 'lyricists_name_lineage' => undef, 'lyricists_id' => undef, 'edit_lock_since' => '1324383522', 'creatorlist' => { '1' => { 'creators_name_lineage' => '', 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=> undef, 'editors_id' => undef, 'title' => 'GEANT4 Simulations of the ISIS Muon Target at Rutherford Appleton Laboratory ', 'corp_creators' => undef, 'contributors_name_given' => undef, 'alt_title' => undef, 'contributors_name_family' => undef, 'sponsors' => undef, 'output_media' => undef, 'editors_name_lineage' => undef, 'dir' => 'disk0/00/01/22/25', 'overlay_journal_id' => undef, 'gscholar_datestamp_year' => undef, 'ispublished' => 'pub', 'item_issues_count' => '0', 'conductors_name_given' => undef, 'sword_depositor' => undef, 'full_text_status' => 'public', 'lastmod_minute' => '18', 'refereed' => undef, 'contact_email' => undef, 'copyright_holders' => undef, 'date_day' => undef, 'gscholar_impact' => undef, 'official_url' => 'http://trshare.triumf.ca/~pac09proc/Proceedings/papers/tu6pfp052.pdf', 'succeeds' => undef, 'datestamp_month' => '12', 'commentary' => undef, 'lastmod_day' => '20', 'publisher' => 'PAC 09', 'pagerange' => '1400-1402', 'include_in_pedagogical' => 'no', 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'editors_name_given' => undef, 'isbn' => undef, 'include_in_cv' => 'yes', 'editors_name_family' => undef, 'lastmod_month' => '12', 'event_dates' => undef, 'fulltimestamp' => '20090500', 'learning_level' => undef, 'conductors_name_lineage' => undef, 'pages' => undef, 'source' => undef, 'lastmod_hour' => '12', 'number' => undef, 'rev_number' => '6', 'edit_lock_user' => '6', 'series' => undef, 'creators_name_lineage' => '', 'pos' => '0', 'metadata_visibility' => 'show', 'eprint_status' => 'archive', 'creators_name_given' => 'Adriana', 'exhibitors_name_lineage' => undef, 'divisions' => 'sas', 'institution' => undef, 'subjects' => 'Q1', 'gscholar_datestamp_hour' => undef, 'producers_name_lineage' => undef, 'lyricists_name_given' => undef, 'completion_time' => undef, 'status_changed_minute' => '18', 'conductors_name_honourific' => undef, 'exhibitors_name_family' => undef, 'lyricists_name_honourific' => undef, 'event_type' => undef, 'importid' => undef, 'status_changed_day' => '20', 'datestamp_day' => '20', 'abstract' => 'MuSR science requires the availabilty of intense beams of polarised positive muons. At the ISIS pulsed muon facility at Rutherford Appleton Laboratory the muons are generated from a low Z thin slab graphite target inserted in the proton beam. We report on the use of the Monte Carlo simulation code Geant4 in simulations of the performance of the current muon target. The results are benchmarked against the experimental performance of the target.', 'creators_id' => 'a.bungau@hud.ac.uk', 'contributors_name_lineage' => undef, 'userid' => '6', 'patent_applicant' => undef, 'monograph_type' => undef, 'datestamp_minute' => '18', 'lyricists_name_family' => undef, 'sword_slug' => undef, 'id_number' => undef, 'volume' => undef, 'gscholar_datestamp_month' => undef, 'conductors_id' => undef, 'suggestions' => undef, 'referencetext' => undef, 'date_year' => '2009', 'status_changed_hour' => '12', 'gscholar_cluster' => undef, 'producers_name_family' => undef }, '12842' => { 'funders' => undef, 'conductors_name_family' => undef, 'num_pieces' => undef, 'department' => undef, 'contributors_id' => undef, 'gscholar_datestamp_second' => undef, 'keywords' => undef, 'lyricists_name_lineage' => undef, 'lyricists_id' => undef, 'edit_lock_since' => '1341927006', 'creatorlist' => { '1' => { 'creators_name_lineage' => '', 'creators_name_family' => 'Barlow', 'eprintid' => 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=> undef, 'producers_name_lineage' => undef, 'lyricists_name_given' => undef, 'completion_time' => undef, 'status_changed_minute' => '10', 'conductors_name_honourific' => undef, 'exhibitors_name_family' => undef, 'lyricists_name_honourific' => undef, 'event_type' => undef, 'importid' => undef, 'status_changed_day' => '23', 'datestamp_day' => '23', 'abstract' => 'Nu­cle­ar power pro­duc­tion can ben­e­fit from the de­vel­op­ment of more com­pre­hen­sive al­ter­na­tives for deal­ing with long-term ra­dioac­tive waste. One such al­ter­na­tive is an ac­cel­er­a­tor-driv­en sub­crit­i­cal re­ac­tor (ADSR) which has been pro­posed for both en­er­gy pro­duc­tion and for burn­ing ra­dioac­tive waste. Here we in­ves­ti­gate the ef­fects of the size of the ADSR spal­la­tion tar­get on the total neu­tron yield in­te­grat­ed over the neu­tron en­er­gy and emis­sion angle. The con­tri­bu­tion to the total neu­tron yield from the (n, xn) neu­tron in­ter­ac­tions is eval­u­at­ed at pro­ton beam en­er­gies be­tween 0.4 and 2 GeV. Cal­cu­la­tions have been car­ried out with the GEAN­T4 sim­u­la­tion code using the Liege in­tranu­cle­ar cas­cade model and the re­sults are com­pared to the the LAHET/MCNP code pack­age pre­dic­tions. 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Accelerators and Beams ', 'lastmod_second' => '30', 'place_of_pub' => undef, 'contributors_name_honourific' => undef, 'gscholar_datestamp_day' => undef, 'issn' => '1098-4402', 'datestamp_hour' => '13', 'exhibitors_name_given' => undef, 'creators_name_family' => 'Bungau', 'composition_type' => undef, 'producers_id' => undef, 'datestamp_second' => '49', 'note' => undef, 'edit_lock_until' => '0', 'editor_note' => undef, 'pedagogic_type' => undef, 'date_month' => 3, 'rights' => undef, 'contributors_type' => undef, 'scopus_id' => undef, 'eprintid' => '18460', 'producers_name_given' => undef, 'thesis_type' => undef, 'projects' => undef, 'lastmod_year' => '2014', 'data_type' => undef, 'gscholar_datestamp_minute' => undef, 'editors_name_given' => undef, 'isbn' => undef, 'include_in_cv' => 'yes', 'editors_name_family' => undef, 'lastmod_month' => '9', 'event_dates' => undef, 'fulltimestamp' => '20140300', 'learning_level' => undef, 'conductors_name_lineage' => undef, 'pages' => undef, 'source' => undef, 'lastmod_hour' => '13', 'number' => '3', 'rev_number' => '12', 'edit_lock_user' => '116', 'series' => undef, 'creators_name_lineage' => '', 'pos' => '0', 'metadata_visibility' => 'show', 'eprint_status' => 'archive', 'creators_name_given' => 'Adriana', 'exhibitors_name_lineage' => undef, 'divisions' => 'sas', 'institution' => undef, 'subjects' => 'Q1', 'gscholar_datestamp_hour' => undef, 'producers_name_lineage' => undef, 'lyricists_name_given' => undef, 'completion_time' => undef, 'status_changed_minute' => '6', 'conductors_name_honourific' => undef, 'exhibitors_name_family' => undef, 'lyricists_name_honourific' => undef, 'event_type' => undef, 'importid' => undef, 'status_changed_day' => '19', 'datestamp_day' => '19', 'abstract' => 'The current paper discusses possible designs for a stand alone muon target for MuSR studies of condensed matter science. Considering the ISIS 7 mm graphite target as a reference, Geant4 simulations have been performed in order to optimize the target parameters with respect to muon and pion yield. Previous studies suggested that the muon production can be optimized by using a thin graphite slab target with an incident proton energy significantly lower than initially considered. Surface muon production obtained by firing an 800 MeV proton beam energy onto the target is simulated and potential improvements to the target material, geometry and angle orientation with respect to the incoming proton beam as well as an estimated performance of the muon target are presented in this paper. Implications for the ISIS muon facility are also discussed. A comparison of the pion production cross section between experimental data and three theoretical models for the latest four Geant4 versions is also included in this paper.', 'creators_id' => 'a.bungau@hud.ac.uk', 'contributors_name_lineage' => undef, 'userid' => '6', 'patent_applicant' => undef, 'monograph_type' => undef, 'datestamp_minute' => '6', 'lyricists_name_family' => undef, 'sword_slug' => undef, 'id_number' => '10.1103/PhysRevSTAB.17.034701 ', 'volume' => '17', 'gscholar_datestamp_month' => undef, 'conductors_id' => undef, 'suggestions' => undef, 'referencetext' => undef, 'date_year' => '2014', 'status_changed_hour' => '13', 'gscholar_cluster' => undef, 'producers_name_family' => undef } };

2014

Bungau, C., Bungau, A., Cywinski, R., Barlow, R., Edgecock, R., Carlsson, P., Danared, H., Mezei, F., Holm, A., Møller, S. and Thomsen, H. (2014) ‘Induced activation in accelerator componentsPhysical Review Special Topics - Accelerators and Beams , 17 (8). ISSN 1098-4402

Bungau, C., Bungau, A., Barlow, R., Cywinski, R. and Edgecock, R. (2014) ‘Studies of magnet activation due to beam losses and back-scattered neutrons’. In: ICANS XXI: International Collaboration on Advanced Neutron Sources, 29th September - 3rd October 2014, Mito, Ibaraki, Japan

Bungau, C., Bungau, A., Cywinski, R., Edgecock, R. and Fletcher, M. (2014) ‘Alternative target designs for power upgrade of the TS1 target at the ISIS Neutron Facility’. In: ICANS XXI: International Collaboration on Advanced Neutron Sources, 29th September - 3rd October 2014, Mito, Ibaraki, Japan

Bungau, C., Bungau, A., Cywinski, R. and Edgecock, R. (2014) ‘Power Upgrade Studies for the ISIS-TS1 Spallation Target’. In: 5th International Particle Accelerator Conference IPAC 2014, 15th - 20th June 2014, Dresden, Germany

Bungau, A., Cywinski, R., Bungau, C., King, P. and Lord, J. (2014) ‘Target Optimisation Studies for Surface Muon ProductionPhysical Review Special Topics - Accelerators and Beams , 17 (3), p. 034701. ISSN 1098-4402

2013

Aberle, C., Adelmann, A., Alonso, J., Barletta, W., Barlow, R., Bartoszek, L., Bungau, A., Calanna, A., Campo, D., Calabretta, L., Celona, L., Colin, G., Conrad, J., de Gouvea, A., Djurcic, Z., Gammino, S., Garisto, D., Gutierrez, R., Johnson, R., Kamyshkov, Y., Karagiorgi, G., Kolano, A., Labrecque, F., Loinaz, W., Okuno, H., Papavassiliou, V., Scholberg, K., Shaevitz, M., Shimizu, I., Spitz, M., Skuhersky, K., Terao, K., Toups, M., Vagins, M., Winklehner, L., Winslow, L. and Yang, J. (2013) Whitepaper on the DAEDALUS Program Huddersfield, UK: arXiv

Ratcliffe, N., Barlow, R., Bungau, A., Bungau, C. and Cywinski, R. (2013) ‘GEANT4 Target Simulations for Low Energy Medical Applications’. In: Proceedings of the 4th International Particle Accelerator Conference. Shanghai, China: JACoW. pp. 3717-3719. ISBN 978-3-95450-122-9

Bungau, A., Barlow, R., Alonso, J., Conrad, J., Spitz, M. and Shaevitz, M. (2013) ‘Optimisation Studies of a High Intensity Electron Antineutrino Source’. In: Proceedings of the 4th International Particle Accelerator Conference. Shanghai, China: JACoW. pp. 449-451. ISBN 978-3-95450-122-9

Bungau, C., Barlow, R., Bungau, A., Cywinski, R., Edgecock, R., Carlsson, P., Danared, H., Mezei, F., Holm, A., Møller, S. and Thomsen, H. (2013) ‘GEANT4 Studies of Magnets Activation in the HEBT Line for the European Spallation Source’. In: Proceedings of the 4th International Particle Accelerator Conference. Shanghai, China: JACoW. pp. 3714-3716. ISBN 978-3-95450-122-9

Barlow, R., Bungau, A., Kolano, A., Adelmann, A., Alonso, J., Barletta, W., Calanna, A., Campo, D., Conrad, J., Calabretta, L., Méot, F., Owen, H. and Shaevitz, M. (2013) ‘High Power Cyclotrons for the Neutrino Experiments DAE?ALUS and IsoDAR’. In: Proceedings of the 4th International Particle Accelerator Conference. Shanghai, China: JACoW. pp. 446-448. ISBN 978-3-95450-122-9

Bungau, A., Cywinski, R., Lord, J., King, P. and Bungau, C. (2013) ‘Simulations of Surface Muon Production in Graphite TargetsPhysical Review Special Topics - Accelerators and Beams , 16 (1), p. 014701. ISSN 1098-4402

Bungau, A. and Bungau, C. (2013) ‘Neutron Spallation Studies in Thick Lead Targets for an Accelerator Driven Subcritical ReactorNuclear Instruments and Methods in Physics Research Section A: Accelerators, Spectrometers, Detectors and Associated Equipment . ISSN 0168-9002

2012

Bungau, A., Adelmann, A., Alonso, J., Barletta, W., Barlow, R., Bartoszek, L., Calabretta, L., Calanna, A., Campo, D., Conrad, J., Djurcic, Z., Kamyshkov, Y., Shaevitz, M., Shimizu, I., Smidt, T., Spitz, J., Wascko, M., Winslow, L. and Yang, J. (2012) ‘Proposal for an Electron Antineutrino Disappearance Search Using High-Rate 8Li Production and DecayPhysical Review Letters , 109 (14), p. 141802. ISSN 0031-9007

Adelmann, A., Alonso, J., Barletta, W., Barlow, R., Bartoszek, L., Bungau, A., Calabretta, L., Calanna, A., Campo, D., Conrad, J., Djurcic, Z., Kamyshkov, Y., Owen, H., Shaevitz, M., Shimizu, I., Smidt, T., Spitz, J., Toups, M., Wascko, M., Winslow, L. and Yang, J. (2012) Cost-effective Design Options for IsoDAR New York, USA: arXiv

Barlow, R., Ratcliffe, N., Cywinski, R., Bungau, A. and Edgecock, R. (2012) ‘Optimising neutron production from compact low energy accelerators’. In: Proceedings of the Third International Particle Accelerator Conference. New Orleans, Louisiana, USA: JACoW. pp. 4154-4156. ISBN 978-3-95450-115-1

Bungau, A., Cywinski, R., Lord, J., King, P. and Bungau, C. (2012) ‘GEANT4 Target Simulations for the ISIS Muon FacilityPhysics Procedia , 30, pp. 12-15. ISSN 1875-3892

Bungau, A., Barlow, R., Shaevitz, M., Conrad, J. and Spitz, J. (2012) ‘Target studies for the production of lithium8 for neutrino physics using a low energy cyclotron’. In: Proceedings of IPAC2012. : IPAC. pp. 4145-4147. ISBN 9783954501151

Bungau, A., Barlow, R., Shaevitz, M., Conrad, J., Spitz, J. and Smidt, T. (2012) ‘Simulations of pion production in the Daedalus targets’. In: Proceedings of IPAC2012. : IPAC. pp. 4148-4150. ISBN 9783954501151

2011

Barlow, R. and Bungau, A. (2011) ‘Simulation of high order short range wakefields for particle tracking codesNuclear Instruments and Methods in Physics Research Section A: Accelerators, Spectrometers, Detectors and Associated Equipment , 657 (1), pp. 38-44. ISSN 0168-9002

Bungau, A., Bungau, C., Cywinski, R., King, P. and Lord, J. (2011) ‘Target Optimisation Studies for MuSR Applications’. In: IPAC2011 - Proceedings of the 2nd International Particle Accelerator Conference. San Sebastian, Spain: IPAC'11/EPS-AG. pp. 1641-1643. ISBN 978-92-9083-366-6

Bungau, C., Barlow, R., Bungau, A. and Cywinski, R. (2011) ‘GEANT4 Studies of the Thorium Fuel Cycle’. In: PAC 2011 Particle Accelerator Conference Proceedings. New York, USA: PAC'11 OC / IEEE. pp. 2178-2180.

Bungau, A., Cywinski, R., Barlow, R., Bungau, C., King, P. and Lord, J. (2011) ‘GEANT4 Modelling of Heat Deposition into the ISIS Muon Target’. In: PAC 2011 Particle Accelerator Conference Proceedings. New York, USA: PAC'11 OC / IEEE. pp. 814-816.

2010

Bungau, A., Cywinski, R., Bungau, C., King, P. and Lord, J. (2010) ‘GEANT4 Validation Studies at the ISIS Muon Facility’. In: IPAC'10 - Proceedings of the 1st International Particle Accelerator Conference. Kyoto, Japan: IPAC 10 OC/ACFA. pp. 247-249. ISBN 9789290833529

Bungau, A., Cywinski, R., Bungau, C., King, P. and Lord, J. (2010) ‘Impact of the Energy of the Proton Driver on Muon Production ’. In: IPAC'10 - Proceedings of the 1st International Particle Accelerator Conference. Kyoto, Japan: IPAC 10 OC/ACFA. pp. 259-261. ISBN 9789290833529

Bungau, A., Cywinski, R., Bungau, C., King, P. and Lord, J. (2010) ‘Geometry Optimization of the ISIS Muon Target ’. In: IPAC'10 - Proceedings of the 1st International Particle Accelerator Conference. Kyoto, Japan: IPAC 10 OC/ACFA. pp. 250-252. ISBN 9789290833529

Bungau, A., Cywinski, R., Bungau, C., King, P. and Lord, J. (2010) ‘Material Studies for the ISIS Muon Target ’. In: IPAC'10 - Proceedings of the 1st International Particle Accelerator Conference. Kyoto, Japan: IPAC 10 OC/ACFA. pp. 253-255. ISBN 9789290833529

Bungau, A., Cywinski, R. and Bungau, C. (2010) ‘Target Optimisation Studies for the European Spallation Source ’. In: IPAC'10 - Proceedings of the 1st International Particle Accelerator Conference. Kyoto, Japan: IPAC 10 OC/ACFA. pp. 256-258. ISBN 9789290833529

2009

Bungau, A., Cywinski, R. and Lord, J. (2009) ‘Development and Optimisation of the Muon Target at the ISIS-RAL Muon Facility ’. In: Proceedings of the 23rd Particle Accelerator Conference 4 – 8 May 2009 Vancouver, British Columbia, Canada . Vancouver, Canada: PAC 09. pp. 1397-1399.

Bungau, A., Barlow, R., Clausen, K., Shiroka, T., Dalmas de Reotier, P., Edgecock, R., King, P., Ford, J., Pratt, F., Poole, M. and Smith, S. (2009) ‘Exploring the feasibility of a stand alone muon facility for muSR research’. In: Proceedings of the 23rd Particle Accelerator Conference 4 – 8 May 2009 Vancouver, British Columbia, Canada . Vancouver, Canada: PAC 09. pp. 1394-1396.

Bungau, A. and Lord, J. (2009) ‘GEANT4 Simulations of the ISIS Muon Target at Rutherford Appleton Laboratory ’. In: Proceedings of the 23rd Particle Accelerator Conference 4 – 8 May 2009 Vancouver, British Columbia, Canada . Vancouver, Canada: PAC 09. pp. 1400-1402.

Bungau, C., Barlow, R., Bungau, A. and Cywinski, R. (2009) ‘Neutron Spallation Studies for an Accelerator Driven Subcritical Reactor ’. In: Proceedings of the 23rd Particle Accelerator Conference. Vancouver, Canada: JACOW. pp. 1351-1353.

Cywinski, R., Bungau, A., Poole, M., Smith, S., Dalmas de Reotier, P., Barlow, R., Edgecock, R., King, P., Lord, J., Pratt, F., Clausen, K. and Shiroka, T. (2009) ‘Towards a dedicated high-intensity muon facilityPhysica B: Condensed Matter , 404 (5-7), pp. 1024-1027. ISSN 0921-4526

Research Degree Supervision

I am currently helping Prof Cywinski's PhD student Noemi Radcliffe with the Geant4 simulation code and target modelling for the BNCT experiment and I also provide help with the C++ programing language and the physics of charged particles interactions with matter.

Teaching and Professional Activities

Adriana works as a Physics Tutor at the University of Huddersfield. Between 2001 and 2003 she worked as a Maths Tutor and a Laboratory Demonstrator at the University of Manchester.

Last updated Thursday 6 March 2014
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