Click here for Oral Program6?6@6ƀ 7 ND2010 Program (as of 4-25, 03:00 AM)
Click here for Poster Program6>=?6]> 7Click here for Oral Program6?6@6ƀᄀ耆
　 　 　 　 　 　 　 　 　 　 　 　 　 　
Time Room April 26(Mon) April 27(Tue) April 28(Wed) April 29(Thu) April 30(Fri)
8:30 Registration 8:30 Plenary I

Donald Smith
ANL, USA

Arjan Koning
NRG, The Netherlands		 Plenary II

Stéphane Hilaire
CEA, France

Michael Smith
ORNL, USA		 Plenary III

Sydney Gales
GANIL, France

Yoshiaki Kiyanagi
Hokkaido Univ., Japan		 A Neutron Capture Cross
Section Measurements II
9:00 A Opening
Addresses		 　 B Detection Techniques II
　 　 C Empty
　 Special Talks

Dong-Pil Min
KRCF, Korea

Mark Chadwick
LANL, USA		 　 D Data Dissemination II
　 　 E Uncertainty Quantification
and Covariance Matrix IV
　 　 F Astrophysics
Applications II
　 10:00 　 Coffee Break
10:30 Coffee Break 10:30 A Neutron-induced Reaction
Cross Section Measurements IV		 Neutron-induced Fission
Measurements III		 Neutron Capture Cross
Section Measurements I		 Neutron Capture Cross Section
Measurements III
11:00 A Neutron-induced Reaction
Cross Section Measurements I		 　 B Experimental Facilities II Nuclear Structure & Decay
Data III		 Charged Particle-induced
Reaction Measurements I		 Detection Techniques III
　 B Nuclear Structure & Decay
Data I		 　 C Photon Strength Functions Heavy Ion Accelerator III Specific Libraries Empty
　 C Heavy Ion Accelerator I 　 D Evaluated Nuclear Data
Libraries II		 Evaluated Nuclear Data
Libraries III		 Data Dissemination I Theoretical Studies
　 D Nuclear Reaction Models I 　 E Space & Shielding
Applications		 Benchmark Testing I Uncertainty Quantification and
Covariance Matrix III		 Uncertainty Quantification and
Covariance Matrix V
　 E Fusion Technology
Applications		 　 F Integral Experiments Resonances & Low Energy
Regions		 Astrophysics Applications I Safeguards & Securities
　 F Medical Applications I 12:00 　 Excursion
with
Lunch		 Lunch Closing
12:10 Lunch
　
13:30 A Neutron-induced Reaction
Cross Section Measurements II		 Neutron-induced Fission
Measurements I		 Charged Particle-induced
Reaction Measurements II
B Nuclear Structure & Decay
Data II		 Photonuclear Reaction
Measurements		 Nuclear Structure & Decay
Data IV
C Data Format & Processing Empty Empty
D Nuclear Reaction Models II Nuclear Reaction Models III Neutron-induced Nuclear
Data Evaluations
E Uncertainty Quantification and
Covariance Matrix I		 Uncertainty Quantification and
Covariance Matrix II		 Benchmark Testing II
F Spallation Studies Fission Studies Fission Products Studies
　 　
15:00 Coffee Break Coffee Break
15:30 A Neutron-induced Reaction
Cross Section Measurements III		 Neutron-induced Fission
Measurements II		 Charged Particle-induced
Reaction Measurements III
B Experimental Facilities I Experimental Facilities III Detection Techniques I
C Empty Heavy Ion Accelerator II Empty
D Evaluated Nuclear Data
Libraries I		 Nuclear Reaction Models IV Nuclear Reaction Models V
E Fission Energy Applications I Fission Energy Applications II Benchmark Testing III
F Standards Medical Applications II Accelerator-related Applications 　
　 　
17:00 P Poster Session I Poster Session II Poster Session III 　
q Validation, Benchmarking of
Evaludated Data		 q Medical and Environmental
Applications		 q Nuclear Structure and Decay
Data		 　
q Dosimetry and Shielding
Applications		 q Fission Energy Applications q Space, Cosmic-ray Applications, Radiation Effects on Electronics 　
q Standards q Fusion Technology Applications q Astrophysics and Cosmology Applications 　
q Data Dissemination and
International Collaboration		 q Integral Experiments q Safeguards and Security 　
q Evaluated Nuclear Data
Libraries and Processing		 q Uncertainty Quantification
and Covariance Matrix		 q Accelerator-related Applications 　
q Experimental Facilities and
Detection Techniques		 q Nuclear Data Measurements
and Analysis		 q Nuclear Theories, Models and Data Evaluation 　
18:30 　 　 　 　 　 　 　 Conference   Dinner