Transcript 18_AAQRL_introduction
Slide 1
Aerosol and Air Quality
Research Laboratory
AAQRL (Urbauer Hall 311)
Faculty
Dr. Pratim Biswas
Graduate Students
Pramod Kulkarni
Chul Han Kim
Prakash Kumar
Raffael McDonald
Shaohua Hu
Jennifer Harness
Visiting Scholar
Dr. Norikazu Namiki (Kanazawa
University, Japan)
AAQRL
Post-doctoral Fellows:
Dr. Vitaly Gitis
Undergraduate Students
Andy Baumgardner
Collaborators:
Dr. Robert Clark, US EPA
Dr. Sahle-Demessie, US EPA
Dr. Grace LeMasters, University of Cincinnati
Dr. Ashok Joshi, Ceramatec
Dr. Suresh Kumar, Washington University
Dr. Bamin Khomami, Washington University
Aerosol and Air Quality Research Laboratory (AAQRL)
AAQRL Research
Air Quality
Aerosols
Colloids/Bio-colloids
Electrostatic Filtration
Optical characterization of waterborne
colloids using laser light scattering
Characterization
Control/Capture
In-situ laser light
scattering
Ambient laoding of diesel truck emission
Sorbent Technology
Synthesis,
Processing
Aerosol Flame Reactors
Health effects of nanoparticles
Electrostatic Precipitaion
Photocatalysis using
TiO2 aerosols
Capture of fine particles
using Magnetic field
Furnace Reactor
Aerosol films processing with
desired physical characteristics
AAQRL
AAQRL Research
Current Projects Include:
• Ambient PM 2.5 and PM 1 Aerosol Characterization
• Aerosol Processing of Materials
• Photocatalysts
• Transport Characteristics of Particles in Magnetic
Fields
•In-Situ Sorbent Methodology
• Nanoparticle behavior in electrical fields
•Charging by soft X-Ray Irradiation
• Particles in Liquid Systems
AAQRL
Next presentation
Slide 2
Aerosol and Air Quality
Research Laboratory
AAQRL (Urbauer Hall 311)
Faculty
Dr. Pratim Biswas
Graduate Students
Pramod Kulkarni
Chul Han Kim
Prakash Kumar
Raffael McDonald
Shaohua Hu
Jennifer Harness
Visiting Scholar
Dr. Norikazu Namiki (Kanazawa
University, Japan)
AAQRL
Post-doctoral Fellows:
Dr. Vitaly Gitis
Undergraduate Students
Andy Baumgardner
Collaborators:
Dr. Robert Clark, US EPA
Dr. Sahle-Demessie, US EPA
Dr. Grace LeMasters, University of Cincinnati
Dr. Ashok Joshi, Ceramatec
Dr. Suresh Kumar, Washington University
Dr. Bamin Khomami, Washington University
Aerosol and Air Quality Research Laboratory (AAQRL)
AAQRL Research
Air Quality
Aerosols
Colloids/Bio-colloids
Electrostatic Filtration
Optical characterization of waterborne
colloids using laser light scattering
Characterization
Control/Capture
In-situ laser light
scattering
Ambient laoding of diesel truck emission
Sorbent Technology
Synthesis,
Processing
Aerosol Flame Reactors
Health effects of nanoparticles
Electrostatic Precipitaion
Photocatalysis using
TiO2 aerosols
Capture of fine particles
using Magnetic field
Furnace Reactor
Aerosol films processing with
desired physical characteristics
AAQRL
AAQRL Research
Current Projects Include:
• Ambient PM 2.5 and PM 1 Aerosol Characterization
• Aerosol Processing of Materials
• Photocatalysts
• Transport Characteristics of Particles in Magnetic
Fields
•In-Situ Sorbent Methodology
• Nanoparticle behavior in electrical fields
•Charging by soft X-Ray Irradiation
• Particles in Liquid Systems
AAQRL
Next presentation
Slide 3
Aerosol and Air Quality
Research Laboratory
AAQRL (Urbauer Hall 311)
Faculty
Dr. Pratim Biswas
Graduate Students
Pramod Kulkarni
Chul Han Kim
Prakash Kumar
Raffael McDonald
Shaohua Hu
Jennifer Harness
Visiting Scholar
Dr. Norikazu Namiki (Kanazawa
University, Japan)
AAQRL
Post-doctoral Fellows:
Dr. Vitaly Gitis
Undergraduate Students
Andy Baumgardner
Collaborators:
Dr. Robert Clark, US EPA
Dr. Sahle-Demessie, US EPA
Dr. Grace LeMasters, University of Cincinnati
Dr. Ashok Joshi, Ceramatec
Dr. Suresh Kumar, Washington University
Dr. Bamin Khomami, Washington University
Aerosol and Air Quality Research Laboratory (AAQRL)
AAQRL Research
Air Quality
Aerosols
Colloids/Bio-colloids
Electrostatic Filtration
Optical characterization of waterborne
colloids using laser light scattering
Characterization
Control/Capture
In-situ laser light
scattering
Ambient laoding of diesel truck emission
Sorbent Technology
Synthesis,
Processing
Aerosol Flame Reactors
Health effects of nanoparticles
Electrostatic Precipitaion
Photocatalysis using
TiO2 aerosols
Capture of fine particles
using Magnetic field
Furnace Reactor
Aerosol films processing with
desired physical characteristics
AAQRL
AAQRL Research
Current Projects Include:
• Ambient PM 2.5 and PM 1 Aerosol Characterization
• Aerosol Processing of Materials
• Photocatalysts
• Transport Characteristics of Particles in Magnetic
Fields
•In-Situ Sorbent Methodology
• Nanoparticle behavior in electrical fields
•Charging by soft X-Ray Irradiation
• Particles in Liquid Systems
AAQRL
Next presentation
Slide 4
Aerosol and Air Quality
Research Laboratory
AAQRL (Urbauer Hall 311)
Faculty
Dr. Pratim Biswas
Graduate Students
Pramod Kulkarni
Chul Han Kim
Prakash Kumar
Raffael McDonald
Shaohua Hu
Jennifer Harness
Visiting Scholar
Dr. Norikazu Namiki (Kanazawa
University, Japan)
AAQRL
Post-doctoral Fellows:
Dr. Vitaly Gitis
Undergraduate Students
Andy Baumgardner
Collaborators:
Dr. Robert Clark, US EPA
Dr. Sahle-Demessie, US EPA
Dr. Grace LeMasters, University of Cincinnati
Dr. Ashok Joshi, Ceramatec
Dr. Suresh Kumar, Washington University
Dr. Bamin Khomami, Washington University
Aerosol and Air Quality Research Laboratory (AAQRL)
AAQRL Research
Air Quality
Aerosols
Colloids/Bio-colloids
Electrostatic Filtration
Optical characterization of waterborne
colloids using laser light scattering
Characterization
Control/Capture
In-situ laser light
scattering
Ambient laoding of diesel truck emission
Sorbent Technology
Synthesis,
Processing
Aerosol Flame Reactors
Health effects of nanoparticles
Electrostatic Precipitaion
Photocatalysis using
TiO2 aerosols
Capture of fine particles
using Magnetic field
Furnace Reactor
Aerosol films processing with
desired physical characteristics
AAQRL
AAQRL Research
Current Projects Include:
• Ambient PM 2.5 and PM 1 Aerosol Characterization
• Aerosol Processing of Materials
• Photocatalysts
• Transport Characteristics of Particles in Magnetic
Fields
•In-Situ Sorbent Methodology
• Nanoparticle behavior in electrical fields
•Charging by soft X-Ray Irradiation
• Particles in Liquid Systems
AAQRL
Next presentation
Aerosol and Air Quality
Research Laboratory
AAQRL (Urbauer Hall 311)
Faculty
Dr. Pratim Biswas
Graduate Students
Pramod Kulkarni
Chul Han Kim
Prakash Kumar
Raffael McDonald
Shaohua Hu
Jennifer Harness
Visiting Scholar
Dr. Norikazu Namiki (Kanazawa
University, Japan)
AAQRL
Post-doctoral Fellows:
Dr. Vitaly Gitis
Undergraduate Students
Andy Baumgardner
Collaborators:
Dr. Robert Clark, US EPA
Dr. Sahle-Demessie, US EPA
Dr. Grace LeMasters, University of Cincinnati
Dr. Ashok Joshi, Ceramatec
Dr. Suresh Kumar, Washington University
Dr. Bamin Khomami, Washington University
Aerosol and Air Quality Research Laboratory (AAQRL)
AAQRL Research
Air Quality
Aerosols
Colloids/Bio-colloids
Electrostatic Filtration
Optical characterization of waterborne
colloids using laser light scattering
Characterization
Control/Capture
In-situ laser light
scattering
Ambient laoding of diesel truck emission
Sorbent Technology
Synthesis,
Processing
Aerosol Flame Reactors
Health effects of nanoparticles
Electrostatic Precipitaion
Photocatalysis using
TiO2 aerosols
Capture of fine particles
using Magnetic field
Furnace Reactor
Aerosol films processing with
desired physical characteristics
AAQRL
AAQRL Research
Current Projects Include:
• Ambient PM 2.5 and PM 1 Aerosol Characterization
• Aerosol Processing of Materials
• Photocatalysts
• Transport Characteristics of Particles in Magnetic
Fields
•In-Situ Sorbent Methodology
• Nanoparticle behavior in electrical fields
•Charging by soft X-Ray Irradiation
• Particles in Liquid Systems
AAQRL
Next presentation
Slide 2
Aerosol and Air Quality
Research Laboratory
AAQRL (Urbauer Hall 311)
Faculty
Dr. Pratim Biswas
Graduate Students
Pramod Kulkarni
Chul Han Kim
Prakash Kumar
Raffael McDonald
Shaohua Hu
Jennifer Harness
Visiting Scholar
Dr. Norikazu Namiki (Kanazawa
University, Japan)
AAQRL
Post-doctoral Fellows:
Dr. Vitaly Gitis
Undergraduate Students
Andy Baumgardner
Collaborators:
Dr. Robert Clark, US EPA
Dr. Sahle-Demessie, US EPA
Dr. Grace LeMasters, University of Cincinnati
Dr. Ashok Joshi, Ceramatec
Dr. Suresh Kumar, Washington University
Dr. Bamin Khomami, Washington University
Aerosol and Air Quality Research Laboratory (AAQRL)
AAQRL Research
Air Quality
Aerosols
Colloids/Bio-colloids
Electrostatic Filtration
Optical characterization of waterborne
colloids using laser light scattering
Characterization
Control/Capture
In-situ laser light
scattering
Ambient laoding of diesel truck emission
Sorbent Technology
Synthesis,
Processing
Aerosol Flame Reactors
Health effects of nanoparticles
Electrostatic Precipitaion
Photocatalysis using
TiO2 aerosols
Capture of fine particles
using Magnetic field
Furnace Reactor
Aerosol films processing with
desired physical characteristics
AAQRL
AAQRL Research
Current Projects Include:
• Ambient PM 2.5 and PM 1 Aerosol Characterization
• Aerosol Processing of Materials
• Photocatalysts
• Transport Characteristics of Particles in Magnetic
Fields
•In-Situ Sorbent Methodology
• Nanoparticle behavior in electrical fields
•Charging by soft X-Ray Irradiation
• Particles in Liquid Systems
AAQRL
Next presentation
Slide 3
Aerosol and Air Quality
Research Laboratory
AAQRL (Urbauer Hall 311)
Faculty
Dr. Pratim Biswas
Graduate Students
Pramod Kulkarni
Chul Han Kim
Prakash Kumar
Raffael McDonald
Shaohua Hu
Jennifer Harness
Visiting Scholar
Dr. Norikazu Namiki (Kanazawa
University, Japan)
AAQRL
Post-doctoral Fellows:
Dr. Vitaly Gitis
Undergraduate Students
Andy Baumgardner
Collaborators:
Dr. Robert Clark, US EPA
Dr. Sahle-Demessie, US EPA
Dr. Grace LeMasters, University of Cincinnati
Dr. Ashok Joshi, Ceramatec
Dr. Suresh Kumar, Washington University
Dr. Bamin Khomami, Washington University
Aerosol and Air Quality Research Laboratory (AAQRL)
AAQRL Research
Air Quality
Aerosols
Colloids/Bio-colloids
Electrostatic Filtration
Optical characterization of waterborne
colloids using laser light scattering
Characterization
Control/Capture
In-situ laser light
scattering
Ambient laoding of diesel truck emission
Sorbent Technology
Synthesis,
Processing
Aerosol Flame Reactors
Health effects of nanoparticles
Electrostatic Precipitaion
Photocatalysis using
TiO2 aerosols
Capture of fine particles
using Magnetic field
Furnace Reactor
Aerosol films processing with
desired physical characteristics
AAQRL
AAQRL Research
Current Projects Include:
• Ambient PM 2.5 and PM 1 Aerosol Characterization
• Aerosol Processing of Materials
• Photocatalysts
• Transport Characteristics of Particles in Magnetic
Fields
•In-Situ Sorbent Methodology
• Nanoparticle behavior in electrical fields
•Charging by soft X-Ray Irradiation
• Particles in Liquid Systems
AAQRL
Next presentation
Slide 4
Aerosol and Air Quality
Research Laboratory
AAQRL (Urbauer Hall 311)
Faculty
Dr. Pratim Biswas
Graduate Students
Pramod Kulkarni
Chul Han Kim
Prakash Kumar
Raffael McDonald
Shaohua Hu
Jennifer Harness
Visiting Scholar
Dr. Norikazu Namiki (Kanazawa
University, Japan)
AAQRL
Post-doctoral Fellows:
Dr. Vitaly Gitis
Undergraduate Students
Andy Baumgardner
Collaborators:
Dr. Robert Clark, US EPA
Dr. Sahle-Demessie, US EPA
Dr. Grace LeMasters, University of Cincinnati
Dr. Ashok Joshi, Ceramatec
Dr. Suresh Kumar, Washington University
Dr. Bamin Khomami, Washington University
Aerosol and Air Quality Research Laboratory (AAQRL)
AAQRL Research
Air Quality
Aerosols
Colloids/Bio-colloids
Electrostatic Filtration
Optical characterization of waterborne
colloids using laser light scattering
Characterization
Control/Capture
In-situ laser light
scattering
Ambient laoding of diesel truck emission
Sorbent Technology
Synthesis,
Processing
Aerosol Flame Reactors
Health effects of nanoparticles
Electrostatic Precipitaion
Photocatalysis using
TiO2 aerosols
Capture of fine particles
using Magnetic field
Furnace Reactor
Aerosol films processing with
desired physical characteristics
AAQRL
AAQRL Research
Current Projects Include:
• Ambient PM 2.5 and PM 1 Aerosol Characterization
• Aerosol Processing of Materials
• Photocatalysts
• Transport Characteristics of Particles in Magnetic
Fields
•In-Situ Sorbent Methodology
• Nanoparticle behavior in electrical fields
•Charging by soft X-Ray Irradiation
• Particles in Liquid Systems
AAQRL
Next presentation