Chairman: Jacob Bowen 08:30 Coffee and registration 08:50 Jacob Bowen: Welcome Risø DTU 09:00 Luise Theil Kuhn: Introduction to Risø and ABF Risø DTU 09:10 Peter Stanley Jørgensen: Towards automated 3D microstructure characterization from a data analysis perspective Risø DTU 09:50 James Wilson: Methods for 3D FIB-SEM Reconstruction at Northwestern University Northwestern University 10:20 Pause – refreshments 10:30 Paul Shearing: Correlative Studies of SOFC Electrode Microstructure using FIB and X‑ray Techniques Imperial College London 11:00 Daniel Kraft: CrossBeam® Nano-Tomography & 3D Analytics in Research Carl Zeiss SMT 11:30 Scott Barnett: Connecting 3D Microstructure with SOFC Electrode Performance Northwestern University 12:00 Lunch in the Risø Canteen 13:00 Nigel Brandon: Modelling the 3D microstructure of the solid oxide fuel cell electrodes and their electrochemical performance Imperial College London 13:30 Laurent Roussel: Expanding the boundaries of high resolution 3D characterization and analysis using DualBeams FEI Company 14:00 Hiroshi Iwai: Analysis of Electrode Microstructure Based on FIB-SEM Technology: Activities in Kyoto University and the University of Tokyo Kyoto University 14:40 Pause – refreshments 15:00 Nath Saowadee: 3D EBSD on SOEC materials at Risø DTU Risø DTU 15:30 Lorenz Holzer: Establishing the link between SOFC electrode performance and microstructure by means of FIB-tomography and image based modelling: summary of activites at EMPA EMPA 16:00 Henrik Ekström: Using COMSOL Multiphysics for 3D modelling of solid oxide fuel cells COMSOL AB 16:30 Thomas Hocker: Assessing the effect of SOFC electrode microstructure on its performance and degradation ZHAW Zurich University of Applied Sciences 17:00 Jacob Bowen: Closing remarks Risø DTU 18:00 Guided tour of Viking Ship Museum19:00 Dinner - Restaurant Snekken
08:30 Coffee and registration 08:50 Jacob Bowen: Welcome Risø DTU 09:00 Luise Theil Kuhn: Introduction to Risø and ABF Risø DTU 09:10 Peter Stanley Jørgensen: Towards automated 3D microstructure characterization from a data analysis perspective Risø DTU 09:50 James Wilson: Methods for 3D FIB-SEM Reconstruction at Northwestern University Northwestern University 10:20 Pause – refreshments 10:30 Paul Shearing: Correlative Studies of SOFC Electrode Microstructure using FIB and X‑ray Techniques Imperial College London 11:00 Daniel Kraft: CrossBeam® Nano-Tomography & 3D Analytics in Research Carl Zeiss SMT 11:30 Scott Barnett: Connecting 3D Microstructure with SOFC Electrode Performance Northwestern University 12:00 Lunch in the Risø Canteen 13:00 Nigel Brandon: Modelling the 3D microstructure of the solid oxide fuel cell electrodes and their electrochemical performance Imperial College London 13:30 Laurent Roussel: Expanding the boundaries of high resolution 3D characterization and analysis using DualBeams FEI Company 14:00 Hiroshi Iwai: Analysis of Electrode Microstructure Based on FIB-SEM Technology: Activities in Kyoto University and the University of Tokyo Kyoto University 14:40 Pause – refreshments 15:00 Nath Saowadee: 3D EBSD on SOEC materials at Risø DTU Risø DTU 15:30 Lorenz Holzer: Establishing the link between SOFC electrode performance and microstructure by means of FIB-tomography and image based modelling: summary of activites at EMPA EMPA 16:00 Henrik Ekström: Using COMSOL Multiphysics for 3D modelling of solid oxide fuel cells COMSOL AB 16:30 Thomas Hocker: Assessing the effect of SOFC electrode microstructure on its performance and degradation ZHAW Zurich University of Applied Sciences 17:00 Jacob Bowen: Closing remarks Risø DTU 18:00 Guided tour of Viking Ship Museum19:00 Dinner - Restaurant Snekken
08:50 Jacob Bowen: Welcome Risø DTU 09:00 Luise Theil Kuhn: Introduction to Risø and ABF Risø DTU 09:10 Peter Stanley Jørgensen: Towards automated 3D microstructure characterization from a data analysis perspective Risø DTU 09:50 James Wilson: Methods for 3D FIB-SEM Reconstruction at Northwestern University Northwestern University 10:20 Pause – refreshments 10:30 Paul Shearing: Correlative Studies of SOFC Electrode Microstructure using FIB and X‑ray Techniques Imperial College London 11:00 Daniel Kraft: CrossBeam® Nano-Tomography & 3D Analytics in Research Carl Zeiss SMT 11:30 Scott Barnett: Connecting 3D Microstructure with SOFC Electrode Performance Northwestern University 12:00 Lunch in the Risø Canteen 13:00 Nigel Brandon: Modelling the 3D microstructure of the solid oxide fuel cell electrodes and their electrochemical performance Imperial College London 13:30 Laurent Roussel: Expanding the boundaries of high resolution 3D characterization and analysis using DualBeams FEI Company 14:00 Hiroshi Iwai: Analysis of Electrode Microstructure Based on FIB-SEM Technology: Activities in Kyoto University and the University of Tokyo Kyoto University 14:40 Pause – refreshments 15:00 Nath Saowadee: 3D EBSD on SOEC materials at Risø DTU Risø DTU 15:30 Lorenz Holzer: Establishing the link between SOFC electrode performance and microstructure by means of FIB-tomography and image based modelling: summary of activites at EMPA EMPA 16:00 Henrik Ekström: Using COMSOL Multiphysics for 3D modelling of solid oxide fuel cells COMSOL AB 16:30 Thomas Hocker: Assessing the effect of SOFC electrode microstructure on its performance and degradation ZHAW Zurich University of Applied Sciences 17:00 Jacob Bowen: Closing remarks Risø DTU 18:00 Guided tour of Viking Ship Museum19:00 Dinner - Restaurant Snekken
09:50 James Wilson: Methods for 3D FIB-SEM Reconstruction at Northwestern University Northwestern University 10:20 Pause – refreshments 10:30 Paul Shearing: Correlative Studies of SOFC Electrode Microstructure using FIB and X‑ray Techniques Imperial College London 11:00 Daniel Kraft: CrossBeam® Nano-Tomography & 3D Analytics in Research Carl Zeiss SMT 11:30 Scott Barnett: Connecting 3D Microstructure with SOFC Electrode Performance Northwestern University 12:00 Lunch in the Risø Canteen 13:00 Nigel Brandon: Modelling the 3D microstructure of the solid oxide fuel cell electrodes and their electrochemical performance Imperial College London 13:30 Laurent Roussel: Expanding the boundaries of high resolution 3D characterization and analysis using DualBeams FEI Company 14:00 Hiroshi Iwai: Analysis of Electrode Microstructure Based on FIB-SEM Technology: Activities in Kyoto University and the University of Tokyo Kyoto University 14:40 Pause – refreshments 15:00 Nath Saowadee: 3D EBSD on SOEC materials at Risø DTU Risø DTU 15:30 Lorenz Holzer: Establishing the link between SOFC electrode performance and microstructure by means of FIB-tomography and image based modelling: summary of activites at EMPA EMPA 16:00 Henrik Ekström: Using COMSOL Multiphysics for 3D modelling of solid oxide fuel cells COMSOL AB
10:20 Pause – refreshments
10:30 Paul Shearing: Correlative Studies of SOFC Electrode Microstructure using FIB and X‑ray Techniques Imperial College London
11:00 Daniel Kraft: CrossBeam® Nano-Tomography & 3D Analytics in Research Carl Zeiss SMT
11:30 Scott Barnett: Connecting 3D Microstructure with SOFC Electrode Performance Northwestern University
12:00 Lunch in the Risø Canteen
13:00 Nigel Brandon: Modelling the 3D microstructure of the solid oxide fuel cell electrodes and their electrochemical performance Imperial College London
13:30 Laurent Roussel: Expanding the boundaries of high resolution 3D characterization and analysis using DualBeams FEI Company
14:00 Hiroshi Iwai: Analysis of Electrode Microstructure Based on FIB-SEM Technology: Activities in Kyoto University and the University of Tokyo Kyoto University 14:40 Pause – refreshments 15:00 Nath Saowadee: 3D EBSD on SOEC materials at Risø DTU Risø DTU
14:40 Pause – refreshments
15:00 Nath Saowadee: 3D EBSD on SOEC materials at Risø DTU Risø DTU
15:30 Lorenz Holzer: Establishing the link between SOFC electrode performance and microstructure by means of FIB-tomography and image based modelling: summary of activites at EMPA EMPA
16:00 Henrik Ekström: Using COMSOL Multiphysics for 3D modelling of solid oxide fuel cells COMSOL AB
16:30 Thomas Hocker: Assessing the effect of SOFC electrode microstructure on its performance and degradation ZHAW Zurich University of Applied Sciences
17:00 Jacob Bowen: Closing remarks Risø DTU 18:00 Guided tour of Viking Ship Museum19:00 Dinner - Restaurant Snekken
Page updated by --- 06.10.2011