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The routes
for organics oxidation in the atmosphere and its implications to the
atmosphere |
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Session 1: |
Can we
predict the atmospheric fate of complex (biogenic and multifunctional)
organic compounds? |
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Discussion leader: |
Neil Donahue |
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Introduction
by the discussion leader |
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The tropospheric degradation of VOCs: issues and uncertainties |
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Session 2: |
How well
is low temperature gas phase organic chemistry understood? |
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Discussion leader: |
Claus Nielsen |
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Introduction
by the discussion leader |
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P. Shepson Photochemistry
of organic compounds in ice |
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Oxidation of oxygenated VOCs at the low temperatures of the UTLS: experimental studies |
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L Vereecken OH-initiated
oxidation of oxygenates at low temperatures: computational difficulties in a
priori predictions |
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Session 3: |
The role
of organics in new particle formation, growth of particles. How well do we understand
aerosol abundance, properties and mass balance? |
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Discussion leader: |
Thorsten Hoffmann |
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Introduction
by the discussion leader |
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M.
Kanakidou The role
of secondary organics in aerosol formation: A global modelling approach |
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A. Laaksonen The role
of organics in atmospheric nucleation events: laboratory and field studies |
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Session 4: |
High
molecular weight species in aerosols: What is the role of in-situ
polymerization versus other mechanisms and what is its implication to the
atmosphere? |
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Discussion leader: |
Hugh Coe |
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Introduction
by the discussion leader |
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Oligomerization in Secondary
Organic Aerosol - Latest Results from Smog Chamber Studies |
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Hartmut HERRMANN Aerosol
chamber studies of high molecular weight organics formation and the role of
aqueous phase chemistry |
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Session 5: |
How
can organic compounds affect atmospheric ice nucleation processes and the
properties of cirrus clouds? |
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Discussion leader: |
R. Griffin |
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Introduction
by the discussion leader |
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Organics and ice nucleation - homogeneous and heterogeneous
nucleation processes |
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T. Peter Organics
and ice nucleation - the case of oxalic acid |
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P. Rairoux
Optical
properties of ice particles |
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Session 6: |
How well is
the reactive uptake of (organics) gases by an organic and/or ice surface
quantified/understood? |
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Discussion leader: |
Michel Rossi |
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Introduction
by the discussion leader |
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S.
Borrmann Recent field
studies on the uptake of organics in cloud droplets, interstitial aerosols,
cloud residual particles, and ice clouds |
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S. Martin Aging of
Organic Particles by Ozonolysis |
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T. Cox Uptake of
N2O5 on Aerosols containing Organics – understanding
the mechanism of heterogeneous hydrolysis |
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Discussion and conclusion |
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