T2.2 |
|
Characterization of Events Through On-Site Inspection |
T2.2-P1
|
|
A Standardized and Accurate Sampling Device for On-Site Inspection and Verification Purposes after a Nuclear Incident
|
T2.2-P2
|
|
Analytical Procedures Developed by the IAEA’s ALMERA Network Applicable to the Characterization of Legacy Nuclear Test Sites
|
T2.2-P3
|
|
Delayed Telltale Signature of an Underground Nuclear Explosion
|
T2.2-P4
|
(Y)
|
Determining Mechanisms of Ground and Surface Waters at "Balapan" Site of Semipalatinsk Test Site
|
T2.2-P5
|
|
Geophysical Imaging of an Uncollapsed Nuclear Explosive Test
|
T2.2-P6
|
|
Measurement of Radioargon and Radioxenon in Soil Gas
|
T2.2-P7
|
|
Measurements of Ar-37 Backgrounds at the Nevada National Security Site
|
T2.2-P8
|
|
On Site Carbon Dioxide and Stable Isotopologues Measurement to Support OSI Subsurface Gas Sampling
|
T2.2-P9
|
|
PNNL-2: On-Site Inspection Capabilities – Examination of Laboratory Detector Response
|
T2.2-P10
|
|
Revisiting the On-site Inspection (OSI) Concept of Operations in Light of Integrated Field Exercise 2014 (IFE14) and Inspection Team Functionality
|
T2.2-P11
|
|
Semipalatinsk Test Site: Underground Nuclear Explosions Signatures in the Velocity Field on P- And S- Waves (for the OSI Purposes)
|
T2.2-P12
|
(Y)
|
Simulation of Shallow Subsurface Noble Gas Transport Using Subsurface Transport over Multiple Phases (STOMP)
|
T2.2-P13
|
(Y)
|
Use of Tritium as an Indicator of Underground Nuclear Explosion Venues at the STS
|
T2.2-P14
|
|
Variations of Cs-137 Background of Global Fallout at OSI Site as the Signature to Search for Radiation Anomaly or the Artefact
|
T2.2-P15
|
|
The Importance of Visual Observation to Guide the Application of Other OSI Techniques
|
T2.3 |
|
Seismoacoustic Sources in Theory and Practice |
T2.3-P1
|
|
A New Experimental Field Study of the Effects of Explosive Detonation Products on Seismic Radiation
|
T2.3-P2
|
(Y)
|
Analysis of Stress and Fault Orientation in Double Subduction Zone of Maluku Sea Region by Using Iterative Joint Inversion Method
|
T2.3-P3
|
|
Combined Experiment and Numerical Modelling to Understand Response Near Chemical Explosions
|
T2.3-P4
|
|
Compilation of Infrasound Ground-Truth Database Using Seismic Data
|
T2.3-P5
|
(Y)
|
December 7th Earthquake
|
T2.3-P6
|
|
Dynamics of Reservoir Induced Seismicity in Aswan, Egypt
|
T2.3-P7
|
(Y)
|
Earthquakes Mechanisms in Egypt
|
T2.3-P8
|
|
Estimation of Full Moment Tensors, Including Uncertainties, For Earthquakes, Volcanic Events and Nuclear Explosions
|
T2.3-P9
|
|
Estimation of Source Parameters and Their Uncertainties of Explosion Sources Using Equalization Technique: Application to the SPE Chemical Explosions at NNSS
|
T2.3-P10
|
|
Events Detected by the Indian Ocean Network of Hydroacoustic IMS Stations
|
T2.3-P11
|
|
Induced Seismicity on the Territory of Kazakhstan
|
T2.3-P12
|
|
Precursor Study by a Physical Model of the Ahar-Varzaghan Doublet Earthquakes (6.5, 6.3) 2012 at the Northwest of Iran
|
T2.3-P13
|
|
Seismic and Hydroacoustic Observations from Underwater Explosions off the East Coast of Florida
|
T2.3-P14
|
|
Seismoacoustic Effects of the Khubsugul Earthquake of 5 December 2014, Mw = 4.9, Mongolia
|
T2.3-P15
|
|
Time-Domain Source Function (TDSF) for Nuclear and Chemical Explosions: Analysis Around Nevada National Security Site (NNSS)
|
T2.3-P16
|
|
Seismic Source of Moderate Earthquakes in Colombia
|
T2.5 |
|
Historical Data from Nuclear Test Monitoring |
T2.5-P1
|
|
Kr-85 Monitoring in North-Western Region of Russian Federation
|
T2.5-P2
|
|
Analysis of the Wave Pattern of Nuclear Explosions Records from Lop Nor Test Site by Central Asia Stations
|
T2.5-P3
|
(Y)
|
Measurement of Background Gamma Radiation in the Northern Marshall Islands
|
T2.5-P4
|
|
Nuclear Explosions in the Eastern Siberia (the Former USSR) in 1976-1987
|
T2.5-P5
|
(Y)
|
Nuclear Test Explosions Recorded by Seismic Stations of the Slovak Academy of Sciences
|
T2.5-P6
|
|
Observation of Infrasound Signals from the 1920s
|
T2.5-P7
|
|
Possibility Assessment of Determination of the Place of the Underground Nuclear Tests by Means of Artificial Radionuclides Presence in Groundwater with STS Example
|
T2.5-P8
|
|
Potentially Dangerous Technogenic Objects at Semipalatinsk Test Site
|
T2.5-P9
|
|
Some features of wave forms of seismic events from the areas of nuclear Asia Test Sites according to the data of AS60 seismic station (AAK, Ala-Archa, Kyrgyzstan)
|
T2.5-P10
|
|
The Nuclear Tests in Ukraine (the Ukrainian SSR) in the Period of 1972-1979 Years
|
T2.5-P11
|
(Y)
|
The Precise Location of the Fifth Nuclear Test in North Korea
|
T3.3 |
|
Remote Sensing, Satellite Imagery and Data Acquisition Platforms |
T3.3-P1
|
|
Aerial Gamma Spectroscopy for On-Site Inspections in Winter Environments
|
T3.3-P2
|
(Y)
|
Airborne Gamma-Spectrometry Mapping
|
T3.3-P3
|
(Y)
|
Anomaly Detection in Remote Optical Imagery
|
T3.3-P4
|
|
Detection of OSI-Relevant Features Using Time-Series Radar Imagery
|
T3.3-P5
|
|
Ionospheric Waves Associated of Earthquakes and Nuclear Explosions Using Total Electron Content (TEC)
|
T3.3-P6
|
|
Repurposing the Global Network of Radiation Portal Monitors
|
T3.3-P7
|
|
State Provided GIS Data Sources for Treaty Verification
|
T3.3-P8
|
|
Subsurface, Surface and Remote Observations of Legacy Nuclear Explosion Sites
|
T3.3-P9
|
|
UAV-Based Mobile Gamma Spectrometry
|
T3.4 |
|
Geophysical Methods Applied to On-Site Inspection |
T3.4-P1
|
|
Analysis of Heat Transfer in a Closed Cavity Ventilated Inside
|
T3.4-P3
|
|
Application of the On-site Inspection Geophysical Techniques for the Detection and Identification of Subsurface Features
|
T3.4-P4
|
|
Dynamic Characteristics of Soil Using Geophysical Techniques in Atbara Area, Sudan
|
T3.4-P5
|
(Y)
|
Experimental S-wave Data Acquisition and Processing Above a Tunnel
|
T3.4-P6
|
(Y)
|
Investigation of a Remediated Sink Hole with S-Wave Seismic and Geoelectric Methods
|
T3.4-P7
|
|
Near Surface Geophysical Observations on the Great Cavern, Felsőpetény Testing Area, near Budapest, Hungary
|
T3.4-P8
|
(Y)
|
Resonance Seismometry: A Toolbox for OSI
|
T3.4-P9
|
|
SAMS Software Functionality Enhancement
|
T3.4-P10
|
|
Seismological Investigations of the National Data Centre Preparedness Exercise 2015 (NPE2015)
|
T3.4-P11
|
|
The Guide for Tunnels and Voids Detection Using High Resolution Microgravity
|
T3.4-P12
|
|
Use of Data from Seismic Measurements in the Kylylahti Region, Finland, in 2016 for Further Development of Geophysical Seismic Techniques for CTBT On-Site Inspections
|
T3.6 |
|
Fusion of Data from Different Monitoring Technologies |
T3.6-P1
|
|
CTBTO Generation of Synthetic Radionuclide Spectra to Support the NDC Preparedness Exercise NPE15
|
T3.6-P2
|
|
Experience of Use Seismoacoustic Complex of MCSM for Monitoring of Natural and Man-Made Events
|
T3.6-P3
|
|
Infrasound Detection of Earthquakes in Chile
|
T3.6-P4
|
(Y)
|
Integration Geophysical Network OVSICORI and Seismic Stations of IMS Network CTBTO
|
T3.6-P5
|
(Y)
|
The Application of Local Seismic and Infrasound Networks as National Technical Mean
|
T1.4 |
|
Hydroacoustics and Physical Properties of the Oceans |
T1.4-P1
|
|
Data Processing Technique for T-phase and Tsunami Signals Recorded by IMS Hydrophone Triplets
|
T1.4-P2
|
|
Establishment of the IMS Hydroacoustic Station HA04, Crozet Islands, France
|
T1.4-P3
|
|
Exploiting Recent Plentiful Detections at H03 and H11
|
T1.4-P4
|
(Y)
|
Numerical Tsunami Modelling of the 2 March 2016 Southwest of Sumatra Earthquake (M = 7.8)
|
T1.4-P5
|
|
Observations of a Coherent Signal in the High-Frequency Range of IMS Hydrophones (105-108Hz) at Station HA08, Diego Garcia, Indian Ocean
|
T1.4-P6
|
|
Progress in the Studies on the Next Generation Cabled IMS Hydroacoustic Stations
|
T1.4-P7
|
|
Risk Management and Program Execution
|
T1.4-P8
|
(Y)
|
Tsunami Waves Generated by Earthquakes and Landslides: Computed by Means of Numerical Simulations in the Western Black Sea
|
T3.5 |
|
Data Processing and Interpretation |
T3.5-P1
|
|
Addressing the Challenges of Displaying Geotechnical Information in 3D Environments
|
T3.5-P2
|
|
Advancing the Practice of Seismology in Iraq
|
T3.5-P3
|
(Y)
|
Amplitude Attenuation and Applied in Earthquake and Explosion Identification
|
T3.5-P4
|
(Y)
|
Analyzing of Seismic Recording in Frequency Domain at Nuclear Bomb Explosion: Case Study North Korea's Nuclear Test
|
T3.5-P5
|
(Y)
|
Anomalous Signal Before Indonesia’s Large Earthquakes 2011 Detected by Superconducting Gravimeter
|
T3.5-P6
|
(Y)
|
Comparison of Analysis Methods to Identify Radioxenon Isotopes
|
T3.5-P7
|
|
Comprehensive Seismic Monitoring: Developments at the USGS National Earthquake Information Center
|
T3.5-P8
|
(Y)
|
Contrasting 3D Visualization of Different OSI Data Types with More Standard 2D Representation
|
T3.5-P9
|
|
Correlation Detection of Uncertain Seismic Signals
|
T3.5-P10
|
|
Data Analysing for Supporting the CTBTO’s Treaty by the National Data Center Suriname
|
T3.5-P11
|
|
Deploying ENIAB in Cloud Platform
|
T3.5-P12
|
|
Detection Capability of the IMS Seismic Network in 2013
|
T3.5-P13
|
(Y)
|
Developments at the UK National Data Centre for Radionuclide Analysis
|
T3.5-P14
|
|
Digital Revolution in Gamma Acquisition Systems: Costs and Benefits
|
T3.5-P15
|
|
Distributed Seismic Event Detection Analytics at the Edge
|
T3.5-P16
|
|
Evaluating West Eurasian Clusters of Infrasound Arrivals in Analyst-Reviewed Bulletins of the International Data Centre
|
T3.5-P17
|
|
Expert Technical Analysis Improvements at the International Data Center, CTBTO
|
T3.5-P18
|
(Y)
|
Extended NDC-in-a-Box Implementation for Mongolian NDC
|
T3.5-P19
|
|
Finding Aftershocks with Waveform Cross-Correlation
|
T3.5-P20
|
|
Hypercomplex and High-Order Master Event Design for CTBT Monitoring
|
T3.5-P21
|
|
IDC Re-Engineering Phase 2: Analysis Interface Improvements
|
T3.5-P22
|
|
IDC Re-Engineering Phase 2: Software Architecture and Data Model
|
T3.5-P23
|
|
Identification of Explosions and Earthquakes Using Infrasound and Seismic Data
|
T3.5-P24
|
(Y)
|
Importancy of Noise Level at CTBTO Facilities
|
T3.5-P25
|
|
Improving Geophysical Data Processing and Research With Multi-Cloud Environments
|
T3.5-P26
|
|
Introduction of the Results of a New Automatic Association System for Waveform Data Analysis
|
T3.5-P27
|
(Y)
|
Methodology for Volcanic Monitoring Using the Processing and Analysis of Geospatial Data and Its Implementation in the "Concepción" Volcano of Nicaragua
|
T3.5-P28
|
(Y)
|
Mining Explosion Identification Using Seismic and Infrasound Station Data
|
T3.5-P29
|
|
Monitoring of Tropical Cyclones Using Seismic and Infrasonic Stations Surrounding the South-Western Indian Ocean
|
T3.5-P30
|
|
Negative Evidence: The Non-Use of Non-Detections in IDC Seismic Data Processing
|
T3.5-P31
|
|
Observing the Variability of Earth's Microseisms Through Signal Coherency Analysis
|
T3.5-P32
|
(Y)
|
On the Usability of Event Zero Time Determinations Using Xenon Isotopic Activity Ratios Given the Real Atmospheric Background Observations
|
T3.5-P33
|
|
Optimizing Atmospheric Monitoring Networks Using Bayesian Methods and Genetic Algorithms for Multiple Objectives
|
T3.5-P34
|
|
Real Time Monitoring Data Application and Simulation Researches for Earthquake and Tsunami Disaster Mitigation
|
T3.5-P35
|
(Y)
|
Relocation of Seismicity in Northern East of Egypt: Contribution of Different Regional Seismic Networks
|
T3.5-P36
|
|
Research on Recognition Technology for Weak Explosion Signals
|
T3.5-P37
|
|
Seismic Monitoring Evolution and Extensive Seismicity of Egypt
|
T3.5-P38
|
|
Seismic Monitoring Technology of Weak Earthquakes and Explosions on the Based of Solution the Seismic Moment Tensor Inverse Problem
|
T3.5-P39
|
|
Seismic Monitoring Using Arrays in the Middle East
|
T3.5-P40
|
|
Some Results of Low-Magnitude Seismicity Recording in Belarus
|
T3.5-P41
|
|
Special Noise Field Characteristics of a Small Aperture Seismic Array on the Southeast Coast of China
|
T3.5-P42
|
(Y)
|
Static Corrections to Improve Detection, Location and Measurement of Seismic Discriminants at IMS Arrays
|
T3.5-P43
|
|
Surface Reflection Arrivals from Shallow Small Magnitude Explosions Using the Cepstrum Technique: A Numerical Analysis
|
T3.5-P44
|
|
The Benefit of Using Higher Sampled Regional Seismic Data for Determining Cepstral Depths of Shallow Events
|
T3.5-P45
|
|
The Correction of Coincidence Summing Effect in Filter Sample Measurement with HPGe Spectrometer
|
T3.5-P46
|
|
The IDC Re-Engineering Project, Phase 2
|
T3.5-P47
|
|
The IMS Seismic Network Used to Support and Mitigate Volcanic Risk with One Single Station Method
|
T3.5-P48
|
|
Theoretical and Experimental Analyses of Infrasound-Electromagnetic Data Fusion
|
T3.5-P49
|
|
Time Series Classification Using Covariance Descriptors
|
T3.5-P50
|
(Y)
|
Time Series Reconstruction as a Preventive Maintenance Tool for the Radionuclide IMS Data
|
T3.5-P51
|
|
Towards a New Paradigm for the Interactive Analysis of Waveform Data
|
T3.5-P52
|
|
US Navy’s "Full Ship Shock Trials" as Opportunities for USGS and CTBTO Seismic System Evaluation and Calibration
|
T3.5-P53
|
|
Update of the Evaluated Radioxenon Nuclear Decay Data
|
T3.5-P54
|
|
Using Reflection Green's Functions Extracted from Ambient Seismic Noise and Signal for IMS Seismic Station Site Crustal Reflector Characterization
|
T3.5-P55
|
(Y)
|
Velocity Model of Seymareh Region: Southwest of Iran Using Local Seismic Network Data
|
T3.5-P56
|
|
Wind Seismic Noise Introduced by External Infrastructure: Field Data and Transfer Mechanism
|
T3.5-P57
|
|
Model of Xe Radionuclides Measurements on Noble Gas System with a Long Cycle of Sampling
|
T3.5-P58
|
(Y)
|
Monitoring earthquakes in Colombia since 1993
|
T3.7 |
|
Algorithms |
T3.7-P1
|
(Y)
|
A Method to Improve Relative Earthquake Locations Using Surface Waves
|
T3.7-P2
|
|
A Review of the Most Frequently Applied Seismic P-Wave Picking Algorithms
|
T3.7-P3
|
|
Application of Diffusion Maps for Seismic Event Characterization in Israel
|
T3.7-P4
|
|
Automated Techniques for Waveform Correlation Applied to Regional Monitoring of Eastern Asia
|
T3.7-P5
|
|
Automatic Classification of Seismic P and S Wave Signals Using Multiple Parameters, Frequency Ranges and Artificial Neural Network
|
T3.7-P6
|
|
Automatic Identification of Repeated Industrial Seismicity in the Reviewed Event Bulletin
|
T3.7-P7
|
|
Compressive Sensing and Sparsity Based Method for Time-Frequency Distribution Optimization
|
T3.7-P8
|
|
Earthquake Event Detection and Separation from Local Noise Using SVM Classifier
|
T3.7-P9
|
|
Enhancement of Cepstral Methods for the Improved Processing of Seismic Data
|
T3.7-P10
|
|
Non-Linear Kernel Methods for Seismic Event Characterization
|
T3.7-P11
|
|
Peak Search and Fitting Techniques for Analysis of the Radioxenon Beta-Gamma Coincidence Spectra
|
T3.7-P12
|
|
The Use of Waveform Cross-Correlation for Detection, Relative Location and Magnitude Estimation of Repeated Mining Blasts: The Jordan Phosphate Mine Eshidiya
|
T5.4 |
|
Capacity Building, Education and Public Awareness |
T5.4-P1
|
|
Third Cycle On-Site Inspection (OSI) Surrogate Inspector Training: Positive Outcomes on the Local Level
|
T5.4-P2
|
|
A CTBTO Semester-Long Simulation Course in International Relations Curriculum as a Method of Developing the Students’ Professional Skills
|
T5.4-P3
|
|
Advancement of CTBT Academic Curricula in South-South Nigeria
|
T5.4-P4
|
(Y)
|
Back to Basics: Building the Next Generation of Indian Nuclear Experts
|
T5.4-P5
|
|
Challenges and Advances in Implementation of CTBTO Facilities and Supports in Senegal
|
T5.4-P6
|
(Y)
|
Cooperation Between Cameroon, CTBTO and Others Parties: Capacity Building, Education and Public Awareness
|
T5.4-P7
|
|
CTBT Educational Materials as a Tool for Sensitization and Internal Training
|
T5.4-P8
|
|
Current Awareness of the Comprehensive Nuclear-Test-Ban Treaty in Nigeria
|
T5.4-P9
|
|
Diversified Education on CTBT in Beijing Language and Culture University
|
T5.4-P10
|
|
Expanding the Use of the CTBT Educational Resources Among the Academics in West Africa
|
T5.4-P11
|
|
FSUE VNIIA Activities Related to CTBT Technologies
|
T5.4-P12
|
|
IMS Network in Papua New Guinea and the Utilization for the Benefits of the Local and Regional Monitoring Systems
|
T5.4-P13
|
|
Integrating Knowledge Generated by CTBT in Teaching Nuclear Science and Engineering
|
T5.4-P14
|
|
Introducing m-Science Systems for Engaging Broader Community to the Needs of Nuclear Test Monitoring and Verification
|
T5.4-P15
|
|
Jordan Seismological Observatory and IMS
|
T5.4-P16
|
|
Malawi Seismicity and Seismic Network from 1900-2016
|
T5.4-P17
|
|
Mongolian National Data Centre
|
T5.4-P18
|
|
Monitoring for Nuclear Explosions
|
T5.4-P19
|
|
NDC Training 2.0: From Training Analysts to Training NDCs
|
T5.4-P20
|
|
Nuclear Pacific: An International Public Inquiry on French Nuclear Weapons Testing in French Polynesia
|
T5.4-P21
|
(Y)
|
Potential Benefits of CTBTO to Iraq
|
T5.4-P22
|
|
Public Awareness and Capacity Building
|
T5.4-P23
|
|
Public Awareness Creation of National Data Centres in Africa
|
T5.4-P24
|
(Y)
|
Relevance of the Capacity Building System (CBS) in Zambia's NDC
|
T5.4-P25
|
(Y)
|
Scientific Community: Its Role in Nuclear Disarmament
|
T5.4-P26
|
|
Seismic Monitoring and its Analysis in Kyrgyzstan
|
T5.4-P27
|
(Y)
|
The CTBT as a useful tool for Myanmar's students in Nuclear Age
|
T5.4-P28
|
(Y)
|
The Hidden Potential of Nuclear Research Centres Collaborations
|
T5.4-P29
|
|
The IS35 and AS067 IMS Infrasound and Auxiliary Seismic Station in Tsumeb, Namibia
|
T5.4-P30
|
|
The Role of Small States in Monitoring Nuclear Explosions: The Case of Kazakhstan
|
T5.4-P31
|
|
The Significance of National Data Centres Established in West Africa
|
T5.4-P32
|
|
The Status of the CTBTO Link to the ISC Database
|
T5.4-P34
|
|
Enhancing Public Awareness of the CTBTO/ CTBT Among Youth
|
T5.4-P35
|
|
Regional Denuclearization in South Pacific: Failures and Successes after 30 years
|