Fire Science Lab
|
|
| Wei-Min Hao |
Project co-PI |
| Steve Baker
|
canisters for trace gas measurements
|
| Mike Chandler |
machinist |
| Patrick Freeborn |
fuel conditions; photos and videos of each burn; IR camera data |
| Emily Lincoln |
analytical chemistry |
| Jenny Newton |
LIDAR |
| Heather Weldon |
analytical chemistry |
Cyle Wold
|
Project engineer; chamber characteristics and timeline, fuel origin and moisture
content, combustion gas measurements: NOx, CO, CO2, total HC, canistares for methane,
CO and othe gases; TSI 3-wavelength nephelometer; collectoin of ash and biomass
residue from each burn
|
| Colorado State University/National Park Service |
|
Bill Malm
|
Project PI |
Sonia Kreidenweis
|
Project co-PI |
Jeff Collett
|
Project PI |
Kip Carrico
|
Project coordinator; HTDMA growth factors |
Rich Cullin
|
hi-vol and med-vol filters / organic speciation; URG filter samples for ions |
Derek Day
|
nephelometer humidification growth factors (530 nm); 7-wavelength aethalometer;
IMPROVE 24-hour outdoor filters (speciated PM2.5 and speciated PM10: modules A, B and C) |
Paul DeMott
|
ice nucleation, homogeneous freezing conditions |
Mandy Holden
|
URG filter and denuder samplers |
Taehyoung Lee
|
aerosol mass spectrometer |
Ezra Levin
|
aerosol size distributions - 40 nm to 20 um (DMPS, OPC and APS) |
Laurie Mack
|
aerosol optical properties |
Gavin McMeeking
|
aerosol size distributions - 40 nm to 20 um (DMPS, OPC and APS) |
Markus Petters
|
cloud condensation nuclei measurements |
Lynn Rinehart
|
Sunset semi-continuous OC/EC; time-fractionated levoglucosan; hi-vol filters for
organic analyses |
Amy Sullivan
|
Sunset semi-continuous OC/EC; URG filter and denuder samplers |
| Taiwan |
|
Guenter Engling
|
hi-vol filters / smoke molecular markers |
| |
| University of Colorado / Aerodyne |
|
Jose-Luis Jimenez
|
aerosol mass spectrometer, non-refractory component mass (sulfates, organics,
chlorides, nitrates, ammonium); SMPS size distributions |
Alex Huffman
|
aerosol mass spectrometer, with / without thermal denuder |
Tim Onasch
|
aerosol mass spectrometer, lithium attachment ionization, some molecular markers |
Achim Trimborn
|
aersosol mass spetrometer, lithium attachment ionization, some molecular markers |
Ingrid Ulbrich
|
aerosol mass spectrometer, with / without thermal denuder |
| Desert Research Institute |
|
Pat Arnott
|
Project co-PI; photoacoustic absorption at 532, 870, 1047 (dry and humidified),
multiwavelength 405+870 |
Hans Moosmueller
|
Project co-PI; ELPI size distributions |
Antony Chen
|
ELPI size distributions; Teflon and quartz filters |
Rajan Charkrabarty
|
size-resolved absorption; morphology by electron microscopy |
Kristin Lewis
|
7-wavelength aethalometer, photoacoustic absorption at 532, 870, 1047 (dry and humidified),
multiwavelength 405+870 |
Daniel Obrist
|
cavity ringdown / cavity enhanced detection, green; mercury elemental gaseous + particulate;
Teflon and quartz fiber filters for ICP-MS, XRD; ash and biomass residue collection |
| Environmental Protection Agency, State of Utah |
|
Richard Payton
|
smoke effects on ozone measurement artifacts; ozone; TEOM |
Neal Olson
|
smoke effects on ozone measurement artifacts; ozone; TEOM |
| Los Alamos National Laboratory |
|
Claudio Mazzoleni
|
photoacoustic absorption at 781 nm; CO2; condensation nuclei timelines |
| Pacific Northwest National Laboratory |
|
Yuri Desyaterik
|
TRAC sampler for single-particle electron microscopy by ESEM; MOUDI impactor |
Alex Laskin
|
TRAC sampler for sinlge-particle electron microscopy by ESEM; MOUDI impactor |