CO-CIMS: Difference between revisions
From Jimenez Group Wiki
Jump to navigationJump to search
m moved 2017-CO-CIMS to CO-CIMS: To be able to use the same page for later meetings |
mNo edit summary |
||
| Line 10: | Line 10: | ||
*'''High-Resolution Peak Fitting Issues ''' | *'''High-Resolution Peak Fitting Issues ''' | ||
**[http://cires1.colorado.edu/jimenez-group/CIMeetings/Boulder2017/03.neuman_Negative_Peak_Heights.pdf Andy Neuman: Reasons for embracing negative peaks. I'll show examples of bias introduced by not allowing negative peaks, and discuss how to best measure compounds with mixing ratios that often approach zero] | **[http://cires1.colorado.edu/jimenez-group/CIMeetings/Boulder2017/03.neuman_Negative_Peak_Heights.pdf Andy Neuman: Reasons for embracing negative peaks. I'll show examples of bias introduced by not allowing negative peaks, and discuss how to best measure compounds with mixing ratios that often approach zero] | ||
**Ryan Fulgham: Harald's tools for peak fitting by functional group | **Ryan Fulgham: Harald's tools for peak fitting by functional group (no presentation) | ||
**Harald Stark: Data analysis Q&A | **Harald Stark: Data analysis Q&A (no presentation) | ||
*'''Background signals and related topics''' | *'''Background signals and related topics''' | ||
**[http://cires1.colorado.edu/jimenez-group/CIMeetings/Boulder2017/06.Background_Correction.pdf Matt Coggon: Post-Tofware Data Processing - Background Correction Procedures] | **[http://cires1.colorado.edu/jimenez-group/CIMeetings/Boulder2017/06.Background_Correction.pdf Matt Coggon: Post-Tofware Data Processing - Background Correction Procedures] | ||
| Line 19: | Line 19: | ||
**[http://cires1.colorado.edu/jimenez-group/CIMeetings/Boulder2017/09.20170209_Krechmer_CoCIMS.pdf Jordan Krechmer: CIMS calibration: transmission curve and voltage scanning] | **[http://cires1.colorado.edu/jimenez-group/CIMeetings/Boulder2017/09.20170209_Krechmer_CoCIMS.pdf Jordan Krechmer: CIMS calibration: transmission curve and voltage scanning] | ||
**[http://cires1.colorado.edu/jimenez-group/CIMeetings/Boulder2017/10.20170215_CIMSMeeting_LCU.pdf Bin Yuan: Liquid Calibration Unit (LCU)] | **[http://cires1.colorado.edu/jimenez-group/CIMeetings/Boulder2017/10.20170215_CIMSMeeting_LCU.pdf Bin Yuan: Liquid Calibration Unit (LCU)] | ||
**Ion Chemistry, IMR and related topics | **Ion Chemistry, IMR and related topics | ||
**[http://cires1.colorado.edu/jimenez-group/CIMeetings/Boulder2017/11.neuman_TOf_Matrix_Effects.pdf Andy Neuman: Possible matrix effects with iodide ion chemistry. I'll show how the response to calibrations can depend on the background air composition.] | **[http://cires1.colorado.edu/jimenez-group/CIMeetings/Boulder2017/11.neuman_TOf_Matrix_Effects.pdf Andy Neuman: Possible matrix effects with iodide ion chemistry. I'll show how the response to calibrations can depend on the background air composition.] | ||
Revision as of 12:42, 16 February 2017
February 2017 Colorado Front Range CIMS Users Meeting
This regional meeting took place at CU on 15 Feb 2017.
- Introduction
- High-Resolution Peak Fitting Issues
- Andy Neuman: Reasons for embracing negative peaks. I'll show examples of bias introduced by not allowing negative peaks, and discuss how to best measure compounds with mixing ratios that often approach zero
- Ryan Fulgham: Harald's tools for peak fitting by functional group (no presentation)
- Harald Stark: Data analysis Q&A (no presentation)
- Background signals and related topics
- Matt Coggon: Post-Tofware Data Processing - Background Correction Procedures
- Demetrios Pagonis: Tubing delay analysis
- Ellie Browne: discussion on reducing backgrounds (no presentation)
- Calibrations
- Jordan Krechmer: CIMS calibration: transmission curve and voltage scanning
- Bin Yuan: Liquid Calibration Unit (LCU)
- Ion Chemistry, IMR and related topics
- Andy Neuman: Possible matrix effects with iodide ion chemistry. I'll show how the response to calibrations can depend on the background air composition.
- Michael Link: How competitive are the rates of thermally enhanced processes and wall to gas partitioning with particle to gas partitioning using the "Aerosol CIMS" measurement technique?
- Patrick Veres: IMR redesign tests and results
- Applications
- Carsten Warneke: Intercomparison of I-CIMS and H3O+CIMS during FIREX Firelab
- Harald Stark: Ambient amine measurements using protonated ethanol CIMS
- KANAKO SEKIMOTO: PMF analysis of Firelab data
- Aroob Abdelhamid + Jennifer Berry: Applications of the APi-ToF
- Patrick Veres: HCl and ClNO2 observations in Boulder via TOF CIMS and Picarro CRD
