FAIR USE NOTICE

FAIR USE NOTICE: The information and materials used on this blog, i.e. articles, videos,etc., may contain copyrighted (© ) material the use of which has not always been specifically authorized by the copyright owner. Such material is made available to advance understanding of ecological, political, human rights, economic, democracy, scientific, moral, ethical, and social justice issues, spiritual, religious, etc. It is believed that this constitutes a 'fair use' of any such copyrighted material as provided for in section 107 of the US Copyright Law. In accordance with Title 17 U.S.C. Section 107, this material is distributed without profit to those who have expressed a prior general interest in receiving similar information for research and educational purposes. For more information go to: /http://www.law.cornell.edu/uscode

Friday, January 13, 2012

Oral Presentations: CTBTO Preparatory Commission

Oral Presentations: CTBTO Preparatory Commission

Oral Presentations
JS - Tohoku and Fukushima


JS-O1 Source process and broadband waveform modeling
S. Tsuboi

JS-O2 Magnitude determination using duration of high frequency
T. Hara

JS-O3 Analysis of the Fukushima accident
G. Le Petit

JS-O4 Tsunami Infrasound 2004 Sumatra and 2011 Tohoku
M. Garces

JS-O5 Canadian monitoring of Fukushima
I. Hoffman

JS-O6 A window into the complexity of the dynamic rupture
L. Meng

JS-O7 Detection of Elevated Xe-133 following Fukushima
T. Bowyer

JS-O8 Response of the Austrian Meteorological
G. Wotawa

JS-O9 Operational experience of CTBTO related to Fukushima
M. Nikkinen



Keynote Speakers


Keynote lecture
D. Strangway

Keynote lecture
R. Garwin



T1 - The Earth as a complex system


T1-O1 Infrasound - from explosion monitoring to atmospheric studies
E. Blanc

T1-O2 Rupture dynamics
C. Groot-Heldin

T1-O3 Extracurricular geophysics or tsunamis
E. Okal

T1-O4 Monitoring of explosive volcano
E. Gordeev

T1-O5 applications of CTBT verification software and technologies
G. Wotawa

T1-O6 Determination of an uncertainty radius
S. Wuest

T1-O7 What is the suspicious treshold activity
R. Purtschert

T1-O8 The South Sarigan submarine volcanic eruption
D. Green

T1-O9 Next level shake zoning for modeling seismic
J. Louie

T1-O10 Ground motion studies for critical sites
T. Al-Hussaini

T1-O11 Prediction of aftershock
A. Zadeh

T1-O12 Neural classification of infrasonic signals
M. Garces

T1-O13 Seismicity and seismic hazaard assessment
H. Malephane

T1-O14 Crustal thickness
Nguyen VanDuong

T1-O15 Scattering and intrinsic attenuation structure
Korhan Semin

T1-O16 Detection of earthquake hazard
D. Shanker

T1-O17 Upper crust structure
Y. Kugaenko



T2 - Understanding the nuclear explosion source


T2-O1 Understanding the RN source term
H. Miley

T2-O2 The global Radioxenon background
A. Ringbom

T2-O3 New and novel technologies for CTBT radionuclide
H. Toivonen

T2-O4 Numerical experiments on explosions
L. Dalguer

T2-O8 Source time function of an explosive source
A. Ziolkowski

T2-O9 Effects of non-isotropic explosion sources
P. Richards

T2-O10 Temporal evolution of the radioxenon signature
M. Kalinowski

T2-O11 Seismo-acoustic energy partitioning from shallow
J. Bonner

T2-O12 Medical isotopes studies
J. Friese

T2-O13 The IAEA Department of Safeguards crossover technologies
A. Monteith



T3 - Advances in sensors, networks and observational technologies


T3-Introductory Remarks
Federico Guendel

T3-O1 Integrated solution - live monitoring of noise and acoustic
M. Andre

T3-O2 Open data resources and shared instrumentation facilities
D. Simpson

T3-O3 Challenges and growth for NEPTUNE Canada
L. Pautet

T3-O4 Effectiveness of RN monitoring
M. Matthews

T3-O5 Optical Seismometer
J. Berger

T3-O6 Data for OSI multi-spectral and infrared instrument development
J. Henderson

T3-O7 Optical Fiber Infrasound sensor
J. Berger

T3-O8 A new underground radionuclide laboratory
J. Forrester

T3-O9 Figure of merit for choosing Xe background study locations
P. Eslinger

T3-O10 Production of Xe standards
K. Perajarvi

T3-O11 Xenon diffusion reduction
L. Blackberg

T3-O12 The EarthScope USArray
R. Woodward

T3-O13 Measuring mesopause temperature perturbations
M. Bittner

T3-O14 Optimal design of a noble gas monitoring network
I. Hoffman

T3-O15 Potential of the IMS radionuclide network for inverse modeling
R. Koohkan



T4 - Advances in computing, processing and visualization for verification applications


T4-O1 Distributed e-infrastructures
R. Jones

T4-O2 Improved signal detection at seismometer arrays
N. Selby

T4-O3 Improving regional seismic travel times
S. Myers

T4-O4 Bayesian inference for the study of low-level radioactivity in the environment
I. Rivals

T4-O5 Improvements to seismic monitoring of the European Arctic
S. Gibbons

T4-O6 NET-VISA model and inference improvements
S. Russell

T4-O7 Realtime global wave propagation
T. Nissen-Meyer

T4-O8 Anomalous infrasound
L. Evers

T4-O9 On the potential of public available gridded precipitation
A. Becker

T4-O10 A statistical framework for operational infrasound monitoring
S. Arrowsmith

T4-O11 Reliable Lg arrival time picks
E. Huesbye

T4-O12 Analysis of classification
S. Kulichkov

T4-O13 High resolution array processing for earthquake source studies
L. Meng



T5 - Creating knowledge through partnerships, training and information/communication technology


T5-O1 GEOSS
Achache Gaetani

T5-O4 NDC Capacity Building
J. Coyne

T5-O5 Educational outreach as a capacity development strategy
T. Blake

T5-O6 CTBTO contribution to the global earthquake data
D. Storchak

T5-O7 The IMS network and the International FDSN
G. Suarez

T5-O8 Contributions of the scientific community to the CTBT
M. Kalinowski

T5-O9 Infrasound calibration in the Eastern Mediterranean
J. Coyne

T5-O10 Ghana experience in the establishment of a NDC
P. Amponsah

T5-O11 Creating knowledge and building capacity in Uganda
C. Ayero

T5-O12 A CTBT implementation process in Panama
Gonzales Marcos

T5-O13 Methodology for On-Site inspections and lessons
Y. Abushady
 

No comments:

Post a Comment