Assessment of nuclear reaction cross section data for the production of radionuclides for medical applications IAEA-CRP- on Nuclear data for charged particle.

Slides:

Advertisements

Similar presentations

Nuclear Astrophysics Experiments in ATOMKI Gy. Gyürky Institute of Nuclear Research (ATOMKI) Debrecen, Hungary.

Advertisements

PM Chemical Composition Jiří Smolík, Jaroslav Schwarz Institute of Chemical Process Fundamentals AS CR, Praha.

Suzanne D'Anna1 Composition of Matter. Suzanne D'Anna2 Composition of Matter l all matter is composed of ELEMENTS l elements cannot be decomposed or broken.

LEFT CLICK OR PRESS SPACE BAR TO ADVANCE, PRESS P BUTTON TO GO BACK, PRESS ESC BUTTON TO END LEFT CLICK OR PRESS SPACE BAR TO ADVANCE, PRESS P BUTTON.

The s-process Fe Co Ni Rb Ga Ge Zn Cu Se Br As Zr Y Sr Kr (n,  ) ()() ()() r-process p-process 63 Ni, t 1/2 =100 a 64 Cu, t 1/2 =12 h, 40 % (

Accelerator technique FYSN 430 Fall Syllabus Task: determine all possible parameters for a new accelerator project Known: Scope of physics done.

1 2 nd RCM: Nuclear Data for Charged-particle Monitor Reactions and Medical Isotope Production 8 – 12 December 2014, IAEA, Vienna International Centre,

Several nomenclatures are important: ● Nuclide: is any particular atomic nucleus with a specific atomic number Z and mass number A, it is equivalently.

January 2013 C14: Microdosimetry in nuclear medicine: emerging importance of Auger-electron data Alan Nichols University of Surrey, UK & Manipal University,

Recent highlights of isotope research and development at BLIP Dmitri G. Medvedev November 19, 2009.

International Atomic Energy Agency Nuclear Data Development and Dissemination at IAEA Paraskevi (Vivian) Dimitriou Nuclear Data Section, Division of Physical.

Jeopardy Valence Electrons Ionic Compounds Trends Reactivity Lab REDOX Q $100 Q $200 Q $300 Q $400 Q $500 Q $100 Q $200 Q $300 Q $400 Q $500 Final Jeopardy.

The Schrödinger Model and the Periodic Table. Elementnℓms H He Li Be B C N O F Ne.

Data processing in the Activation technique experiment. Making stacked or sandwiched in the repeated order of Al-Cu-Mo. Irradiation of the samples Using.

Electron Distribution Chemistry Dr. May. Orbitals And Suborbitals atom 1s2s 2p3s 3p4s.

1 JASMIN Activation Experiments (T-972/993/994) Yoshimi Kasugai on behalf of JASMIN Activation team JASMIN Activation team Y. Kasugai, K. Oishi, H. Matsumura,

200 Subatomic Bomb I’m charged up ! My relationship with a mole Switzerland was neutral.

NE Introduction to Nuclear Science Spring 2012 Classroom Session 2: Natural Radioactivity Chart of the Nuclides Nuclear Stability (Binding Energy,

Chapter 9 Nuclear Radiation

Unit 2 Review - Section 1 Atomic Structure and Mass.

Nuclear structure around 68 Ni J. Van de Walle, N. Kalantar et al. KVI Groningen Nuclear structure around 68 Ni J. Van de Walle, N. Kalantar et al. KVI.

Korea Atomic Energy Research Institute (KAERI) Jounghwa Lee 21st NSDD Meeting, Vienna, Austria, April 2015.

Williamsburg High School for Architecture and Design Mr. Quinn and Ms. Tom 9/30/13.

1-1 CHEM 312 Radiochemistry Lecture 1: Introduction Part 2 Readings: §Chart of the nuclides àClass handout §Table of the isotopes §Modern Nuclear Chemistry:

Chapter 15 Nuclear Radiation

Measurements and evaluations of activation cross sections of proton and deuteron induced reactions on metals F. Tárkányi, S. Takács, F. Ditrói, B. Király,

Nuclear Chemistry. Parts of the atom ParticleCharge Mass (g) Mass (amu) Proton x Neutron x Electron 9.110x /1839.

3/2003 Rev 1 I.2.9 – slide 1 of 35 Session I.2.9 Part I Review of Fundamentals Module 2Basic Physics and Mathematics Used in Radiation Protection Session.

General, Organic, and Biological Chemistry Fourth Edition Karen Timberlake 4.2 Nuclear Reactions Chapter 4 Nuclear Chemistry © 2013 Pearson Education,

4/2003 Rev 2 I.4.4 – slide 1 of 13 Session I.4.4 Part I Review of Fundamentals Module 4Sources of Radiation Session 4Sealed and Unsealed Sources and Isotope.

Order of filling orbitals

1-1 Lecture 1: RDCH 702 Introduction Class organization §Outcomes §Grading Chart of the nuclides §Description and use of chart §Data Radiochemistry introduction.

High Precision Decay Data for Medical Isotopes. Decay Data and Medical Isotopes Essential for determining: Overall dose Specific dose Imaging background.

2nd CRP TM ”Nuclear Data for CP Monitor Reactions and Medical Isotope Production”, 4-8 December 2014, IAEA, Vienna Institute for Nuclear Research, Section.

Relative energy levels of electrons in gaseous atoms of the first twenty elements Increasing energy s p d f 1s Electronic Structure Energy levels within.

Cross-section data for accelerator-produced therapeutic radioisotopes: Progress report on experiments and data evaluations by the ATOMKI group ( )

Forschungszentrum Karlsruhe in der Helmholtz-Gemeinschaft Neutron capture measurements for the weak s-process Michael Heil Hirschegg workshop, January.

Investigation of the proton-induced reactions on natural molybdenum.

The Nature of Matter Chapter 2.1.

Vrije Universiteit Brussel (VUB), 1090 Brussels, Belgium

5.2 Nuclear Reactions In the nuclear equation for alpha decay, the mass number of the new nucleus decreases by 4 and its atomic number decreases.

Section 5: Radioactive Elements

György Gyürky Institute for Nuclear Research (Atomki)

Underground Astrophysics at Surface Facilities: the Atomki case

György Gyürky Institute of Nuclear Research (Atomki) Debrecen, Hungary

CHEMISTRY REVIEW For Atomic Structure Test

Subatomic Particles Last revised November 16, 2018

Chapter 9 Nuclear Radiation

Chapter 21 Nuclear Radiation

Speed Dating Speed Dating H Na Speed Dating Speed Dating K Be.

Chapter 21 Nuclear Chemistry

Electronic Structure Work through this tutorial in sequence, or go directly to the section required using the links below. Use the ‘home’ button (to.

Nuclear Chemistry.

Topic 2 – Atomic Structure

Various radio-nuclides that decay by positron emission

VTT 200 General Sciences Chemistry

DETECTION LIMITS < 1 ppt ng/L 1-10 ppt ng/L ppt ng/L

Chemistry – Nov 20, 2018 P3 Challenge- Objective –

Edexcel Topic 1: Key concepts in chemistry

Nuclear Stability and Decay

Balancing Redox Reactions using the ½ Reaction Method

Section 3: Transition Metal Ions

Elastic alpha scattering experiments

The need for cross section measurements for neutron-induced reactions

Nuclear Chemistry The energy of life.

Balancing Redox Reactions using the ½ Reaction Method

Nuclear Transformations

Presentation transcript:

Assessment of nuclear reaction cross section data for the production of radionuclides for medical applications IAEA-CRP- on Nuclear data for charged particle monitor reactions and medical isotope production

7 December 20152

Highlights of First meeting 7 December

4

5

Overview of the task Assessment done  55 Co  66 Ga  72 As (deliverable)  73 Se (deliverable)  76 Br (Evaluation)  86 Y Assessment in progress  52 Fe  120 I 7 December 20156

55 Co from 58 Ni 7 December 20157

Assessment 7 December 20158

Assessment continue- 7 December 20159

Assessment continues 7 December

55 Co from 58 Ni 7 December

55 Co from 54 Fe 7 December

Assessment 7 December

Assessment continue- 7 December

55 Co from 54 Fe 7 December

55 Co from 56 Fe 7 December

Assessment 7 December

55 Co from 56 Fe 7 December

66 Ga from 66 Zn 7 December

Assessment 7 December

Assessment continue- 7 December

66 Ga from 66 Zn 7 December

66 Ga from 63 Cu 7 December

Assessment 7 December

Assessment continues- 7 December

66 Ga from 63 Cu 7 December

72 As from natGe 7 December

Assessment 7 December

72 As from natGe 7 December

73 Se from 75 As 7 December

Assessment 7 December

73 Se from 75 As 7 December

Evaluation of 76 Br  77 Se(p,2n) 76 Br  76 Se(p,n) 76 Br  75 As(α,3n) 76 Br  M.N. Aslam, S. Sudár, M. Hussain, A.A. Malik, S.M. Qaim, Evaluation of excitation functions of proton, 3 He and α-particle induced reactions for production of the medically interesting positron emitter bromine-76. ( Applied Radiation and Isotopes, 69, , 2011). 7 December

Acknowledgments  IAEA-Vienna, Austria for the research collaboration  Prof. Dr. Dr. h.c. (mult.) Syed M.Qaim, Research Centre Jülich, Germany  ATOMKI and Debrecen University, Debrecen, Hungary 7 December